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45° Elbow – 709

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

45º ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 16.5 57.0 BRONZE
3/4″ 19.2 84.0
1″ 21.0 149.0
1 1/4″ 24.4 278.0
1 1/2″ 27.2 365.0

Blue Elbow – 506 EP

For terminal fittings on brown PVC cold water pipes in a 90º angle.

BLUE ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A B (g)
25 x 3/4″ 36.4 35.7 136.0 BRONZE
20 x 1/2″ 33.0 31.2 111.0

 

Blue Sleeve – 500 EP

For connections to faucets or threaded terminal fittings of PVC cold water pipes.

BLUE SLEEVE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A (g)
25 x 3/4″ 40.5 93.0 BRONZE
20 x 1/2″ 39.0 79.0

Blue Tee – 511

For line reductions at a 90º angle in cold water PVC pipe.

BLUE TEE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A B (g)
25 x 1/2″ x 25 (*) 65.6 33.5 198.0 BRONZE
20 x 1/2″ x 20 66.0 28.8 164.0

Bushing – 30

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

BUSHING
DIAMETER DIMENSIONS (mm) MASS MATERIAL
(in.) A (g)
3/4″ x 1/2″ 19.5 40.0 BRONZE
1″ x 3/4″ 21.5 62.0
1 1/4″ x 1/2″ 32.5 202.0
1 1/4″ x 3/4″ 32.5 182.0
1 1/2″ x 1/2″ 32.5 276.0
1 1/2″ x 3/4″ 32.5 249.3

Connecter RF – 803

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

CONNECTER RF
DIAMETER DIMENSION (mm) MASS MATERIAL
NOMINAL (mmxpol) A B (g)
15 x 1/2″ 31.6 10.8 55.0 BRONZE
22 x 3/4″ 38.0 15.6 91.0

 

Connecter RM – 804

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

CONNECTER RM
DIAMETER DIMENSION (mm) MASS MATERIAL
NOMINAL (mmxpol) A B (g)
15 x 1/2″ 22.6 10.8 26.0 BRONZE
22 x 3/4″ 29.8 15.6 49.0
Bucha - 30

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

 

BUSHING
DIAMETER DIMENSIONS (mm) MASS MATERIAL
(in.) A (g)
3/4″ x 1/2″ 19.5 40.0 BRONZE
1″ x 3/4″ 21.5 62.0
1 1/4″ x 1/2″ 32.5 202.0
1 1/4″ x 3/4″ 32.5 182.0
1 1/2″ x 1/2″ 32.5 276.0
1 1/2″ x 3/4″ 32.5 249.3
Elbow - 706

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 37.5 66.0 BRONZE
3/4″ 46.8 123.0
1″ 53.8 167.0
1 1/4″ 66.5 340.0
1 1/2″ 75.5 464.0
Elbow 90 - 708

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

90º ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A B (g)
½” 32.0 24.0 69.0 BRONZE
Cross - 710

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

CROSS
DIAMETER DIMENSION (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1 1/2″ 88.0 625.0 BRONZE
1 1/4″ 94.0 518.0
45° Elbow - 709

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

45º ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 16.5 57.0 BRONZE
3/4″ 19.2 84.0
1″ 21.0 149.0
1 1/4″ 24.4 278.0
1 1/2″ 27.2 365.0
Sleeve - 700

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

 

SLEEVE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 30.0 65.0 BRONZE
3/4″ 34.0 103.0
1″ 38.0 120.0
1 1/4″ 43.0 221.0
1 1/2″ 48.0 303.0
2″ 59.0 425.0
3″ 76.6 961.0
Double Nipple - 602

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

DOUBLE NIPPLE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
(in.) A (g)
1/2″ 37.0 43.0 BRONZE
3/4″ x 1/2″ * 41.0 69.0
3/4″ 37.4 68.0
1″ 45.5 158.0
1 1/4″ 50.0 244.0
1 1/2″ 53.0 298.0
(*) 3/4″ x 1/2″ Cod 602-R
Plug - 717

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

PLUG
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 21.0 34.0 BRONZE
3/4″ 22.1 50.0
1″ 28.0 83.0
Tee - 711

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

TEE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A B (g)
1/2″ 51.0 38.4 117.0 BRONZE
3/4″ 56.0 47.4 162.0
1″ 64.0 56.0 204.0
1 1/4″ 84.4 67.0 454.0
1 1/2″ 94.6 75.5 580.0
Union - 744

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

UNION
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 38.2 149.0 BRONZE
3/4″ 45.1 250.0
1″ 50.5 351.0

Copper and Brass Bars and Profiles

Non-flat and profiled products, in solid or hollow sections, which can be ordered in round, square, hexagonal, octagonal, rectangular or profiled shapes.  The surface is smooth along its entire length, which is obtained by a process of extrusion followed by cold drawing, or simply by extrusion. Products are produced within quality guidelines adhering to ASTM B-16, ASTM B-124, ASTM B-187, ASTM B-453 and ASTM B-455 standards.

Bars and profiles can be supplied with two different finishes: sharp edge (canto vivo – CV), sharp edge with curve (canto vivo com raio – CVR), special edge (canto especialI – CE)  and rounded edge (canto arredondado – CA).

Principal Applications

  • COPPER: Computer buses, electrical contacts and keys; command and control panels.
  • BRASS: Machined and turned parts; padlocks; gas bottle valves; automotive components; gears; hinges; bathroom fixtures; nuts and bolts.

 

Copper Pipecutter

  • For rigid and flexible copper tubes
  • Perfect clean, straight cuts
  • Light, fast and practical
  • Resistant

Coupling DW – 307-3

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

COUPLING – DW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A B (g)
10×1/2” 29.2 48.2 BRONZE
15×1/2” 31.5 48.2

 

Coupling RF – 303

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

COUPLING – RF
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A (g)
10×1/2” 37.1 58.0 BRONZE
15×1/2” 40.1 70.0

Cross – 610 Without Ring

Can be welded for cross connections. Install with lead-free solder (97% Sn x 3% Cu) and water soluble flux.
SOCKET X SOCKET 

 

 

CROSS
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B (G)
66.0 33.7 138.0 1196.0 BRONZE
79.0 39.0 160.0 1824.0
104.0 45.7 206.5 3266.0

Cross – 710

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

CROSS
DIAMETER DIMENSION (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1 1/2″ 88.0 625.0 BRONZE
1 1/4″ 94.0 518.0

Double Nipple – 602

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

DOUBLE NIPPLE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
(in.) A (g)
1/2″ 37.0 43.0 BRONZE
3/4″ x 1/2″ * 41.0 69.0
3/4″ 37.4 68.0
1″ 45.5 158.0
1 1/4″ 50.0 244.0
1 1/2″ 53.0 298.0
(*) 3/4″ x 1/2″ Cod 602-R

Elbow – 307

Connections produced in bronze, according to NBR 15277 Technical Standards; used with ELUMA Flexible copper tubes COPPER, according to NBR 14745 and 7541 standards. They are applied to hot and cold water hydraulic installation, gas and air conditioning installations. The coupling is performed by the tube’s flanged system with sealing by metal x metal torque (se installation process). The application of any type of sealing product or weld is not necessary.
After the installation, the tightness test is applied, according to the corresponding standard.

ELBOW
DIAMETER DIMENSION (inch) MASS MATERIAL
NOMINAL (inch) A (g)
10.0 26.0 40.0 BRONZE
15.0 32.8 77.0

 

Elbow – 706

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 37.5 66.0 BRONZE
3/4″ 46.8 123.0
1″ 53.8 167.0
1 1/4″ 66.5 340.0
1 1/2″ 75.5 464.0

 

Elbow 90 – 708

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

90º ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A B (g)
½” 32.0 24.0 69.0 BRONZE

Elbow RF – 807-3

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

ELBOW RF
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mmxpol) A B (g)
15 x 1/2″ 23.0 20.5 69.0 BRONZE
22 x 1/2″ 26.0 26.3 66.0
22 x 3/4″ 26.0 26.3 134.0

 

Elbow RM – 807-4

Connections produced in bronze, They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

 

ELBOW RM
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A B (g)
15 x 1/2″ 21.9 18.1 44.0 BRONZE
22 x 3/4″ 29.0 26.5 85.0
Blue Elbow - 506 EP

For terminal fittings on brown PVC cold water pipes in a 90º angle.

 

 

 

BLUE ELBOW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A B (g)
25 x 3/4″ 36.4 35.7 136.0 BRONZE
20 x 1/2″ 33.0 31.2 111.0
Blue Sleeve - 500 EP

For connections to faucets or threaded terminal fittings of PVC cold water pipes..

 

 

 

BLUE SLEEVE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A (g)
25 x 3/4″ 40.5 93.0 BRONZE
20 x 1/2″ 39.0 79.0
Blue Tee - 511

For line reductions at a 90º angle in cold water PVC pipe.

 

 

 

BLUE TEE  
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A B (g)
25 x 1/2″ x 25 (*) 65.6 33.5 198.0 BRONZE
20 x 1/2″ x 20 66.0 28.8 164.0

Expansion Joint – 900

A fitting composed of two copper tips, a copper guide tube and a stainless steel bellows whose function is to absorb possible dilations of hot water pipes.
TIP X TIP

EXPANSION JOINT
NOMINAL DIAMETER (MM) DIMENSIONS (MM) REACTION FORCE (KGF) TO 5.0 KGF/CM²
A B C PRESSURE OF: 2.5 KGF/CM²
WITHOUT RING
15.0 200.0 60.0 20.0 7.0 14.0
22.0 200.0 60.0 20.0 12.0 24.0
28.0 200.0 60.0 20.0 17.0 34.0
35.0 200.0 60.0 20.0 27.0 54.0
42.0 200.0 60.0 20.0 47.0 94.0
54.0 270.0 95.0 25.0 63.0 126.0
66.0 270.0 95.0 25.0 100.0 200.0
79.4 270.0 95.0 25.0 155.0 310.0
104.8 270.0 95.0 25.0 220.0 440.0
MAXIMUM WORKING PRESSURE  = 5.0 kgf/cm² 
MAXIMUM AXIAL MOVEMENT = 25.0 mm
MAXIMUM WORKING TEMPERATURE = 150 °C
*Available only without soldering ring

Granulated Slag


It is called fayalite, of a black shiny color and irregular shape.

APPLICATIONS

Granulated slag is used for abrasive spraying on metal surfaces, as fine aggregate for the cement industry, and in the production of high-resistance flooring.

 

CHARACTERISTICS

Granulated slag is an iron silicate called fayalite, of a black shiny color, inert, vitreous, hard, stable, non-water absorbent and of irregular shape.

CHEMICAL COMPOSITION
Material: An abrasive synthetic mineral, basically comprised of iron silicate.  It is inert, vitreous, hard, stable, non- water absorbent.

Chemical Composition:

FE SIO2 CAO MGO CU S
≥ 40.0% ≥ 24.0%  ≤ 4.0% ≤ 4.0% ≤ 1.5% ≤ 2.0%

Note: Release of this product is not contingent upon this characteristic, since it is simply a typical value.

DIMENSIONS (GRANULOMETRY)

MESH > 7 7 TO 35 < 35
% RETAINED 3.5 95.0 1.5

VISUAL APPEARANCE
Particles with compact and/or porous structure, with a (predominantly) spherical and angular shape, and black in color.

SPECIFIC PROPERTIES
Maximum Humidity: 0.2%
Specific Density: 3.30 a 3.90 g/cm3
Apparent Density: 1.9 a 2.3 g/cm3

SPECIFIC REQUIREMENTS
Restrictions on the use of hazardous substances  – ROHS DIRECTIVE 2002/95/EC:
Lead (Pb) < 100ppm
Cadmium (Cd) < 5ppm
Mercury (Hg) < 100ppm
Hexavalent Chromium (Cr6+) < 100ppm

IDENTIFICATION
Not applicable.

CONTAINERS
It is contained for transportation in canvas-covered trucks and train cars.

SAFETY ASPECTS
Bulk product. Specific PPE should be used, depending on the application.

APPLICABLE TECHNICAL STANDARDS
Not applicable

Nipple 300

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

NIPPLE
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A (G)
10.0 40.0 42.0 BRONZE
15.0 45.5 77.0
Connecter RF - 803

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

 

CONNECTER RF
DIAMETER DIMENSION (mm) MASS MATERIAL
NOMINAL (mmxpol) A B (g)
15 x 1/2″ 31.6 10.8 55.0 BRONZE
22 x 3/4″ 38.0 15.6 91.0
Connecter RM - 804

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

DIAMETER
DIMENSION (mm) DIMENSÃO (mm) MASS MATERIAL
NOMINAL (mmxpol) A B (g)
15 x 1/2″ 22.6 10.8 26.0 BRONZE
22 x 3/4″ 29.8 15.6 49.0
Elbow RF - 807-3

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

 

ELBOW RF
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mmxpol) A B (g)
15 x 1/2″ 23.0 20.5 69.0 BRONZE
22 x 1/2″ 26.0 26.3 66.0
22 x 3/4″ 26.0 26.3 134.0
Elbow RM - 807-4

Connections produced in bronze, They are used for hookups of HIDROLAR®  pipes (by capillary welding), with accessories that have the same standard thread (NPT).

 

ELBOW RM
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm x in.) A B (g)
15 x 1/2″ 21.9 18.1 44.0 BRONZE
22 x 3/4″ 29.0 26.5 85.0
Tee – Middle Female Thread - 812

Connections produced in bronze. They are used for hookups of HIDROLAR®  pipes (by capillary welding), with accessories that have the same standard thread (NPT).

 

TEE WITH MIDDLE FEMALE THREAD
NOMINAL DIAMETER DIMENSIONS (mm) MASS MATERIAL
(mm x in. x mm)  A (g)
15 x 1/2″ x 15 43.5 70.0 BRONZE
22 x 1/2″ x 22 53.9 113.0
22 x 3/4″ x 22 64.6 139.0
Union - 833-3

Connections produced in bronze. They are used for hookups of HIDROLAR®  pipes (by capillary welding), with accessories that have the same standard thread (NPT).

They are produced in accordance with Technical Standard NBR 11720.

 

UNION
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (inches) A (g)
15 x 1/2″ 40.5 116.0 BRONZE
22 x 3/4″ 47.0 163.0

Nut 301

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

NUT
NOMINAL DIAMETER (MM) DIMENSION (MM) MASS MATERIAL
A (G)
10.0 17.0 26.0 BRONZE
15.0 24.5 60.0

 

Oleum

APPLICATIONS
Used in the production of liquid SO3 and in chemical industries. Oleum is basically applied in the sulfonation of weak acids due to its high free sulfuric anhydride content and reduced generation of acid residues and sludges. It is also used frequently in refining for the extraction of minerals and precious metals, such as gold, silver and palladium.

 

CHARACTERISTICS

Fuming, colorless or slightly viscous liquid. Toxic and corrosive product.

CHEMICAL COMPOSITION
Oleum to 104%
Material: Fuming, colorless liquid.

ELEMENT SPECIFIED ELEMENT SPECIFIED
Free SO3 > 27.5% Fe total < 50.0 ppm
As < 1.0 ppm Pb < 1.0 ppm
Cu < 1.0 ppm Hg < 1.0 ppm
Zn < 1.0 ppm Se < 1.0 ppm
Cl < 10.0 ppm NO3 Not applicable.

SPECIFIC PROPERTIES: DENSITY
1.88 to 1.90 g/cm3
Note: Release of this product is not contingent upon this characteristic, it is simply a typical value.

SPECIFIC REQUIREMENTS
Restrictions on the use of hazardous substances – ROHS DIRECTIVE 2002/95/EC:
Lead (Pb) < 100 ppm
Cadmium (Cd) < 5 ppm
Mercury (Hg) < 100 ppm
Hexavalent Chromium (Cr6+) < 100 ppm

IDENTIFICATION
Trucks carrying this product have a sign indicating corrosive materials, and the number UN 1831.

CONTAINERS
Oleum is contained for transportation in a tanker truck, oil pipeline, or stored in tanks of carbon steel.

SAFETY ASPECTS
Bulk corrosive product.  It is provided with an emergency sheet containing special precautions and recommended safety equipment.

APPLICABLE TECHNICAL STANDARDS
Not applicable

Pipe Support – 203

To anchor copper pipes on walls, slabs, beams or pillars. For three lines of pipe.

 

 

PIPE SUPPORT
NOMINAL DIAMETER (MM)  DIMENSIONS (MM) MASS MATERIAL
A B C (G)
15.0 27.0 22.0 83.5 244.0 BRONZE
22.0 35.0 22.0 91.0 275.0

Pipe Support – 205

To anchor copper pipes on walls, slabs, beams or pillars. For five lines of pipe.

 

 

PIPE SUPPORT
NOMINAL DIAMETER (MM)  DIMENSIONS  (MM) MASS MATERIAL
A B C (G)
15.0 27.0 22.0 121.0 363.0 BRONZE
22.0 35.0 22.0 143.0 445.0

Pipe Support 202

To anchor copper pipes on walls, slabs, beams or pillars. For two lines of pipe.

 

 

 

PIPE SUPPORT
NOMINAL DIAMETER (MM)  DIMENSION (MM) MASS MATERIAL
A B C (G)
15.0 27.0 22.0 55.0 160.0 BRONZE
22.0 35.0 22.0 62.0 193.0

Plug – 717

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

PLUG
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 21.0 34.0 BRONZE
3/4″ 22.1 50.0
1″ 28.0 83.0

Reducing Nipple 300-R

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

REDUCING NIPPLE
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A (G)
15 x 10 42.0 53.0 BRONZE

 

Sleeve – 700

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

 

SLEEVE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 30.0 65.0 BRONZE
3/4″ 34.0 103.0
1″ 38.0 120.0
1 1/4″ 43.0 221.0
1 1/2″ 48.0 303.0
2″ 59.0 425.0
3″ 76.6 961.0

Sulfuric Acid


Colorless liquid or slightly viscous

APPLICATIONS

Used for the production of fertilizers, industrial chemicals, textiles, metallurgy, paper and pulp, for the manufacture of explosives, alcohols, detergents, pigments, for decantation of oil, and for battery acid, among other things.

 

CHARACTERISTICS

Colorless liquid or slightly viscous. Highly toxic and corrosive product.

CHEMICAL COMPOSITION
Material : Sulfuric Acid to 98%
Chemical Composition: Density: 1.83 to 1.84 g/cm3.

ELEMENT SPECIFIED TYPICAL
H2SO4 ≥ 97.5% 98.4%
As ≤1.0 ppm < 0.6 ppm
Cu ≤1.0 ppm < 0.3 ppm
Zn* < 1.0 ppm < 0.3 ppm
Cl* ≤ 10.0 ppm < 10.0 ppm
Fe ∑ ≤50.0 ppm 14.0 ppm
Pb* ≤1.0 ppm < 0.3 ppm
Hg < 1.0 ppm < 0.5 ppm
Se* ≤ 1.0 ppm < 0.1 ppm
NO3* < 100.0 ppm 20.0 ppm

Note: Release of this product is not contingent upon this characteristic.  It is simply a typical value.  

SPECIFIC REQUIREMENTS
Restrictions on the use of hazardous substances  – ROHS DIRECTIVE 2002/95/EC:
Lead (Pb) < 100 ppm
Cadmium (Cd) < 5 ppm
Mercury (Hg) < 100 ppm
Hexavalent Chromium (Cr6+) < 100 ppm

IDENTIFICATION
Trucks carrying this product have a sign indicating corrosive materials, and the number UN 1830.

CONTAINERS
Sulfuric acid is contained for transportation in a tanker truck, acid piping, or stored in tanks of carbon steel.

SAFETY ASPECTS
Bulk corrosive product.  It is provided with an emergency sheet containing special precautions and recommended safety equipment.

APPLICABLE TECHNICAL STANDARDS
Not applicable

Tee – 311

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

TEE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A B (g)
10.0 51.0 25.5 54.0 BRONZE
15.0 66.6 33.3 110.0

 

Tee – 45° 749

For weldable union of copper pipes at a 45º angle. Install with lead-free solder (97% Sn x 3% Cu) and water soluble flux.

SOCKET X SOCKET X  SOCKET

 

TEE 45
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B (G)
without ring BRONZE
35.0 95.1 65.8 380.0
42.0 113.2 78.3 626.0
54.0 140.1 97.8 1047.0
*Available only without soldering ring

 

Tee – 711

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

 

 

 

TEE
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A B (g)
1/2″ 51.0 38.4 117.0 BRONZE
3/4″ 56.0 47.4 162.0
1″ 64.0 56.0 204.0
1 1/4″ 84.4 67.0 454.0
1 1/2″ 94.6 75.5 580.0

Tee – Middle Female Thread – 812

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

 

TEE WITH MIDDLE FEMALE THREAD
NOMINAL DIAMETER DIMENSIONS (mm) MASS MATERIAL
(mm x in. x mm)  A (g)
15 x 1/2″ x 15 43.5 70.0 BRONZE
22 x 1/2″ x 22 53.9 113.0
22 x 3/4″ x 22 64.6 139.0

 

Union – 744

Connections produced in bronze, used for hookups of materials, water intake lines, faucets and showers.

UNION
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (in.) A (g)
1/2″ 38.2 149.0 BRONZE
3/4″ 45.1 250.0
1″ 50.5 351.0

Union – 833-3

Connections produced in bronze. They are used for hookups of HIDROLAR® pipes (by capillary welding), with accessories that have the same standard thread (NPT).

 

UNION
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (inches) A (g)
15 x 1/2″ 40.5 116.0 BRONZE
22 x 3/4″ 47.0 163.0
Cross – 610 Without Ring

Can be welded for cross connections. Install with lead-free solder (97% Sn x 3% Cu) and water soluble flux.
SOCKET X SOCKET

CROSS
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B (G)
66.0 33.7 138.0 1196.0 BRONZE
79.0 39.0 160.0 1824.0
104.0 45.7 206.5 3266.0
Flange 750 - 3

Weldable to copper pipe at concrete water tank intake. Total length 240mm. Install with lead-free solder (97% Sn x 3% Cu) and water soluble flux.
SOCKET X SOCKET

 

FLANGE
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B C (G)
WITHOUT WASHER BRONZE
15.0 50.0 190.0 46.0 373.0
22.0 51.0 189.0 52.0 493.0
28.0 53.0 187.0 65.0 755.0
35.0 55.0 185.0 78.0 1096.0
42.0 55.0 185.0 90.0 1388.0
54.0 56.0 184.0 100.0 1704.0
66.0 56.0 184.0 125.0 2616.0
79.0 60.0 180.0 140.0 3328.0
104.0 62.0 178.0 173.0 4792.0
*Available only without soldering ring
Short Flange - 750 - 1

Can be welded to copper pipe at plastic water tank intake. Total length 95mm. Install with lead-free solder (97% Sn x 3% Cu) and water soluble flux.
SOCKET X SOCKET

 

SHORT FLANGE
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B C (G)
15 x 1/2″ 20.0 75.0 46.0 226.1 BRONZE
22 x 3/4″ 52.0 278.5
28 x 1″ 65.0 419.3
35 x 1 1/4″ 78.0 671.6
42 x 1 1/2″ 90.0 859.0
54 x 2″ 100.0 986.7
66 x 2 1/2″ 125.0 1584.9
79 x 3″ 140.0 2105.5
104 x 4″ 20.0 85.0 173.0 3170.6
*Available only without soldering ring
Expansion Joint - 900

A fitting composed of two copper tips, a copper guide tube and a stainless steel bellows whose function is to absorb possible dilations of hot water pipes.
TIP X TIP

 

EXPANSION JOINT
NOMINAL DIAMETER (MM) DIMENSIONS (MM) REACTION FORCE (KGF) TO 5.0 KGF/CM²
A B C PRESSURE OF: 2.5 KGF/CM²
WITHOUT RING
15.0 200.0 60.0 20.0 7.0 14.0
22.0 200.0 60.0 20.0 12.0 24.0
28.0 200.0 60.0 20.0 17.0 34.0
35.0 200.0 60.0 20.0 27.0 54.0
42.0 200.0 60.0 20.0 47.0 94.0
54.0 270.0 95.0 25.0 63.0 126.0
66.0 270.0 95.0 25.0 100.0 200.0
79.4 270.0 95.0 25.0 155.0 310.0
104.8 270.0 95.0 25.0 220.0 440.0
MAXIMUM WORKING PRESSURE  = 5.0 kgf/cm² 
MAXIMUM AXIAL MOVEMENT = 25.0 mm
MAXIMUM WORKING TEMPERATURE = 150 °C
*Available only without soldering ring
Pipe Support - 203

To anchor copper pipes on walls, slabs, beams or pillars. For three lines of pipe.

 

 

 

PIPE SUPPORT
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B C (G)
15.0 27.0 22.0 83.5 244.0 BRONZE
22.0 35.0 22.0 91.0 275.0
Pipe Support - 205

To anchor copper pipes on walls, slabs, beams or pillars. For five lines of pipe.

 

 

 

PIPE SUPPORT
NOMINAL DIAMETER (MM)  DIMENSIONS  (MM) MASS MATERIAL
A B C (G)
15.0 27.0 22.0 121.0 363.0 BRONZE
22.0 35.0 22.0 143.0 445.0
Pipe Support 202

To anchor copper pipes on walls, slabs, beams or pillars. For two lines of pipe.

 

 

 

PIPE SUPPORT
NOMINAL DIAMETER (MM)  DIMENSION (MM) MASS MATERIAL
A B C (G)
15.0 27.0 22.0 55.0 160.0 BRONZE
22.0 35.0 22.0 62.0 193.0
Tee - 45° 749

For weldable union of copper pipes at a 45º angle. Install with lead-free solder (97% Sn x 3% Cu) and water soluble flux.
SOCKET X SOCKET X SOCKET

 

 

TEE 45
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B (G)
without ring BRONZE
35.0 95.1 65.8 380.0
42.0 113.2 78.3 626.0
54.0 140.1 97.8 1047.0
*Available only without soldering ring

 

Copper and Brass Wires

Wires are materials manufactured by extrusion and drawing, provided in round, square and rectangular shapes in various dimensions within a broad manufacturing specification. Round wires are provided with diameters from 0.60mm to 20.00mm, while square and rectangular wires may vary from 10mm² to 400mm² in surface area.

Currently, Paranapanema produces various kinds of copper and brass alloys for diverse market segments, serving a vast number of applications.

Round copper wires are used for the manufacture of rivets, for redrawing wire for the manufacture of wire rope for electricity, for the manufacture of electrical contacts and welded cans for various segments. Rectangular copper wires are used for the manufacture of bimetal components, electrical transformers and power generators. Brass wires are used for the manufacture of costume jewelry, screws, springs and pneumatic valves.

In addition to the company’s manufacturing specification, which includes the alloys above, Paranapanema is always open to new opportunities, new alloys and applications that require substantial technological input.

Rolled products

Rolled products are comprised of strips and sheet, straight and/or in rolls, of varied dimensions within an ample production limit. Currently, Paranapanema produces copper, brass, bronze alloys and various other derivations for different market segments, thus supplying a very wide range of applications.

Rolled copper is used in the production of fins for radiators,waveguides, stamping of electrical terminals, stamping of washers, chutes for construction sites, electronic components, heat exchangers, solar collectors, alcohol stills, decorative objects and household items.

Rolled brass and tomback is used to make cartridge cups, buttons, electrical applications, lamp sockets, machined and stamped keys, radiator assemblies, sanitary metal canopies, musical instruments, costume jewelry, belt buckles, buttons and eyelets, adornments and decorative objects.

Rolled bronze products are used for making electrical terminals, also characterized by the spring effect, and for manufacturing musical instruments.

Beyond manufacturing limits, comprising the alloys listed below, Paranapanema is open to new opportunities, new alloys and applications that require substantial technological support.

Description

Products with a flat, rectangular surface and uniform thickness throughout their length, obtained by a hot and cold rolling process, may be supplied in rolls, spindles, sheets and straight strips. They meet the requirements of specific standards, according to the material to be produced, and can be ASTM B-36 for tomback and brass ASTM B-103 for bronze and ASTM B-152 for copper.

Manufacturing Limits

  • STRIPS AND SHEETS IN A COPPER ROLL

  • STRIPS AND SHEETS IN A BRASS ROLL

  • STRIPS AND SHEETS IN A BRONZE ROLL

  • STRAIGHT STRIPS AND SHEETS IN COPPER, BRASS AND BRONZE

  • STRIPS OF COPPER, BRASS AND BRONZE ON A SPINDLE

ALLOYS SUPPLIED
ELUMA ALLOY SPEC. ASTM CDA COMPOSITION %
Cu Sn P Zn Fe Pb O
103(*) C10300 99.95
min
0.001
0.005
0.004
max
106 99.90
min
0.004
0.008
0.009
max
110 C11000 99.90
min
0.012
max
120 C12000 99.90
min
0.004
0.012
122 C12200 99.90
min
0.015
0.040
144 (**) C14410 99.90
min
0.100
0.200
0.005
0.020
210 C21000 94.00
96.00
Remainder 0.050
max
0.030
max
220 C22000 89.00
91.00
Remainder 0.050
max
0.050
max
230 C23000 84.00
86.00
Remainder 0.050
max
0.050
max
260 C26000 68.50
71.50
Remainder 0.050
max
0.070
max
268 C26800 64.00
68.50
Remainder 0.050
max
0.150
max
272 C27200 62.00
64.00
Remainder 0.050
max
0.050
max
350 C35000 60.00
63.00
Remainder 0.100
max
0.800
2.000
425 C42500 87.00
90.00
1.50
3.00
0.35
max
Remainder 0.050 0.050
510 C51000 Remainder 4.200
5.800
0.030
0.350
0.30
max
0.100
max
0.050
max
511 C51100 Remainder 3.500
4.900
0.030
0.350
0.30
max
0.100
max
0.050
max
519 C51900 Remainder 5.000
7.000
0.030
0.350
0.30
max
0.100
max
0.050
max
521 C52100 Remainder 7.000
9.000
0.030
0.350
0.20
max
0.100
max
0.050
max
524 C52400 Remainder 9.000
11.000
0.030
0.350
0.20
max
0.100
max
0.050
max
(*) Cu+Ag+P (**) Cu+Ag+Sn
PHYSICAL PROPERTIES
ELUMA ALLOY SPEC. ASTM CDA DENSITY AT 20° C THERMAL CONDUCTIBILITY AT 20°C SPECIFIC HEAT AT 20°C ELECTRIC RESISTIVITY AT 20°C (micro ohm-cm) VOLUMETRIC ELECTRIC CONDUCTIBILITY (%IACS) THERMAL EXPANSION COEFFICIENT ELASTICITY MODULE RIGIDITY MODULE FUSION POINT
(g/cm³) (kcal / h.m. °C) (kcal / kg °C) (recooked material) (recooked material) p/ °C X 10-6 20 a 300° C (kgf / mm²) (kgf / mm²) (°C)
103 C10300 8.94 386 0.091 1.74 99 17.7 12,000 4,500 1,083
106 8.94 337.18 0.092 1.76 98 17.7 12,000 4,500 1,083
110 C11000 8.94 337.18 0.092 1.71 100 17.7 12,000 4,500 1,083
120 C12000 8.94 292.41 0.092 1.81 95 17.7 12,000 4,500 1,083
122 C12200 8.94 292.41 0.092 2.03 85 17.7 12,000 4,500 1,083
144 C14410 8.94 292.41 0.092 2.16 80 17.8 12,000 4,500 1,075
210 C21000 8.86 202.33 0.09 3.08 56 18.1 12,000 4,500 1,066
220 C22000 8.8 162.61 0.09 3.92 44 18.4 12,000 4,500 1,043
230 C23000 8.75 136.8 0.09 4.66 37 18.7 12,000 4,500 1,027
260 C26000 8.53 103.248 0.09 6.16 28 19.9 11,200 4,200 955
268 C26800 8.47 99.8 0.09 6.39 27 20.3 10,500 3,900 930
272 C27200 8.44 99.8 0.09 6.39 27 20.3 10,500 3,900 930
350 C35000 8.47 98.94 0.09 6.63 26 20.3 10,500 3,900 915
425 C42500 8.78 103.248 0.09 6.2 28 18.4 11,200 12,600 1,030
510 C51000 8.86 72.27 0.09 11.5 15 17.8 11,200 4,200 1,050
511 C51100 8.86 72.27 0.09 8.7 20 17.8 11,200 4,200 1,060
519 C51900 8.84 72.27 0.09 12.2 14 18 11,200 4,200 1,040
521 C52100 8.8 53.34 0.09 13.3 13 18.2 11,200 4,200 1,020
524 C52400 8.78 43.2 0.09 15.7 11 18.4 11,200 4,200 1,000
MECHANICAL PROPERTIES
ALLOY ELUMA SPEC. ASTM CDA TEMPERATURE RT LE (0.5%) STRENGTH ELONGATION IN 2″ (%) (*)
(kgf / mm²) (kgf / mm²) (*)
103
106
110
120
122
144
C10300

C11000
C12000
C12200
C14410
SOFT 20 – 25 8 45
1/8 HARD 22 – 28 15 54 – 82 (HRF) 30
1/4 HARD 24 – 30 21 60 – 84 (HRF) 25
1/2 HARD 26 – 32 25 77 – 89 (HRF) 14
3/4 HARD 29 – 35 28 82 – 91 (HRF) 10
HARD 30 – 37 32 86 – 93 (HRF) 6
EXTRA HARD 33 – 39 31 88 – 95 (HRF) 5
HARD SPRING 35 – 41 35 91 – 97 (HRF) 4
EXTRA HARD SPRING 37 minimum 37 92 min. (HRF) 2
210 C21000 SOFT 24 – 27 8 44
1/4 HARD 26 – 33 22 20 – 52 (HRB) 25
1/2 HARD 30 – 37 28 40 – 60 (HRB) 12
3/4 HARD 32 – 39 30 50 – 64 (HRB) 8
HARD 35 – 41 35 57 – 67 (HRB) 5
EXTRA HARD 39 – 45 39 64 – 72 (HRB) 4
HARD SPRING 42 – 48 41 68 – 75 (HRB) 3
EXTRA HARD SPRING 43 – 49 42 69 – 76 (HRB) 2
220 C22000 SOFT 26 – 29 9 44
1/4 HARD 28 – 35 25 27 – 56 (HRB) 25
1/2 HARD 33 – 40 32 50 – 66 (HRB) 11
3/4 HARD 37 – 44 34 59 – 71 (HRB) 8
HARD 40 – 46 38 65 – 75 (HRB) 5
EXTRA HARD 40 – 51 41 72 – 79 (HRB) 4
HARD SPRING 49 – 54 44 76 – 81 (HRB) 3
EXTRA HARD SPRING 51 – 56 46 78 – 83 (HRB) 2
230 C23000 SOFT 27 – 32 10 45
1/4 HARD 31 – 38 27 33 – 62 (HRB) 25
1/2 HARD 36 – 43 34 56 – 71 (HRB) 12
3/4 HARD 40 – 47 38 66 – 76 (HRB) 8
HARD 44 – 51 40 72 – 80 (HRB) 5
EXTRA HARD 51 – 56 43 78 – 85 (HRB) 4
HARD SPRING 55 – 60 46 82 – 87 (HRB) 3
EXTRA HARD SPRING 58 – 63 48 84 – 89 (HRB) 2
260 C26000 SOFT 30 – 37 12 60
1/4 HARD 35 – 41 28 40 – 65 (HRB) 43
1/2 HARD 40 – 47 37 60 – 77 (HRB) 25
3/4 HARD 45 – 52 40 72 – 82 (HRB) 12
HARD 50 – 57 46 79 – 86 (HRB) 8
EXTRA HARD 58 – 65 55 85 – 91 (HRB) 5
HARD SPRING 64 – 70 60 89 – 93 (HRB) 3
EXTRA HARD SPRING 67 – 73 63 91 – 95 (HRB) 2
268 C26800 SOFT 30 – 37 13 60
1/4 HARD 34 – 41 28 40 – 65 (HRB) 43
1/2 HARD 38 – 45 35 57 – 74 (HRB) 23
3/4 HARD 43 – 50 39 70 – 80 (HRB) 11
HARD 47 – 54 42 76 – 84 (HRB) 8
EXTRA HARD 55 – 62 52 83 – 89 (HRB) 5
HARD SPRING 60 – 66 56 87 – 92 (HRB) 3
EXTRA HARD SPRING 63 – 69 59 88 – 93 (HRB) 2
272 C27200 SOFT 30 – 37 13 55
1/4 HARD 34 – 41 28 40 – 65 (HRB) 43
1/2 HARD 39 – 46 35 57 – 76 (HRB) 23
3/4 HARD 44 – 51 39 71 – 81 (HRB) 12
HARD 49 – 56 42 76 – 84 (HRB) 8
EXTRA HARD 57 – 64 52 82 – 89 (HRB) 5
350 C35000 1/2 HARD 38 – 46 57 – 74 (HRB)
HARD 48 – 55 76 – 84 (HRB)
EXTRA HARD 56 – 63 83 – 89 (HRB)
425 C42500 1/4 HARD 34 – 41 32 46 – 73 (HRB) 35
1/2 HARD 40 – 48 35 67 – 83 (HRB) 20
3/4 HARD 44 – 52 40 74 – 86 (HRB) 15
HARD 49 – 58 44 81 – 90 (HRB) 9
EXTRA HARD 53 – 62 49 88 – 94 (HRB) 7
HARD SPRING 59 – 66 52 89 – 95 (HRB) 4
EXTRA HARD SPRING 65 min 53 92 (min) 2
510 C51000 SOFT 30 – 41 15 52
1/2 HARD 41 – 51 38 60 – 85 (HRB) 28
HARD 53 – 64 52 84 – 93 (HRB) 14
EXTRA HARD 62 – 72 60 89 – 96 (HRB) 11
HARD SPRING 67 – 77 65 92 – 98 (HRB) 9
EXTRA HARD SPRING 70 – 80 68 94 – 99 (HRB) 6
511 C51100 SOFT 28 – 39 14 48
1/2 HARD 39 – 49 34 53 – 81 (HRB) 26
HARD 51 – 61 51 80 – 90 (HRB) 15
EXTRA HARD 59 – 70 57 88 – 94 (HRB) 10
HARD SPRING 64 – 74 62 88 – 96 (HRB) 8
EXTRA HARD SPRING 67 – 77 65 89 – 97 (HRB) 5
519 C51900 SOFT 34 – 44 16 56
1/2 HARD 45 – 56 43 65 – 86 (HRB) 25
HARD 56 – 69 54 86 – 95 (HRB) 17
521 C52100 SOFT 37 – 47 17 65
1/2 HARD 49 – 59 44 69 – 91 (HRB) 34
HARD 60 – 70 56 89 – 97 (HRB) 23
EXTRA HARD 68 – 79 65 93 – 100 (HRB) 15
HARD SPRING 74 – 84 72 95 – 102 (HRB) 11
EXTRA HARD SPRING 77 – 86 75 96 – 103 (HRB) 8
524 C52400 SOFT 41 – 52 17 65
1/2 HARD 54 – 64 44 74 – 96 (HRB) 34
HARD 66 – 76 56 92 – 101 (HRB) 23
EXTRA HARD 75 – 85 65 97 – 103 (HRB) 15
HARD SPRING 81 – 91 72 98 – 104 (HRB) 11
EXTRA HARD SPRING 85 – 94 75 99 – 106 (HRB) 8

Anode Sludge


Sludge resulting from the process of electrolytic refining of copper.

APPLICATIONS

Used for the extraction of precious metals (Au, Ag, Pt and Pd) and other metals (Se, Te).

CHARACTERiSTICS

CHEMICAL COMPOSITION
Material: Solids containing precious metals
Chemical Composition:

CU ≤ 8.0%
Au 1000 – 11000 g/t
Ag 5.0 – 13.0 %
Pt 15.0 – 130.0 g/t
Pd 50.0 – 280.0 g/t

Note: The Au, Ag, Pd, Pt, Se and Te content varies according to the raw material in question.

HUMIDITY
8 to 15 %.

SPECIFIC REQUIREMENTS
estrictions on the use of hazardous substances  – ROHS DIRECTIVE 2002/95/EC:
Lead (Pb) < 100ppm
Cadmium (Cd) < 5ppm
Mercury (Hg) < 100ppm
Hexavalent Chromium (Cr6+) < 100ppm

IDENTIFICATION
The product is identified by lot number (sequence number, followed by year of production) and the initials CM written on the container.

CONTAINERS

Sealed steel barrels from 240 to 280 Kg, (wet weight). The product is placed in plastic bags used to line the inside of the barrel.

SAFETY ASPECTS
Bulk product.   Gloves, goggles and dust masks should be worn.  Avoid contact with skin and eyes during handling. In cases of spills outside the area of operations, seek guidance from the appropriate company department to undertake remediation.

APPLICABLE TECHNICAL STANDARDS
Not applicable

Drilled Square Bar

The brass rods are manufactured by extrusion and wiredrawing, and are most commonly used in manufacturing processes of nuts, musical instruments and parts that are combined with other materials such as PVC, for example.

In addition to our manufacturing limit, which comprises the below alloys, Paranapanema is always open to new opportunities, new alloys and applications that require major technological input.

CHEMICAL COMPOSITION
ELUMA ALLOY SPEC.
ASTM
CDA
COMPOSITION % Product Features APPLICATIONS
No. DENOMINATION CU PB FE ZN
340 Brass Medium Lead C34000 62.00
65.00
0.800
1.500
0.150
max
Remainder Excellent
Machinability
Alliances, characterized threaded parts, structural parts uses in injected plastic.
353 Brass Forging Flex C35300 60.00
63.00
1.500
2.500
0,150
max
Remainder
360 Brass  Machining C36000 60.00
63.00
2.500
3.700
0,350
max
Remainder
377 Brass Forging C37700 58,00
61.00
1.500
2.500
0,300
max
Remainder
Manufacturing Limit (mm)
External Diameter
Wall Thickness
External Diameter
Maximum Diameter
PHYSICAL PROPERTIES
ELUMA ALLOY SPEC. ASTM CDA DENSITY HEAT CONDUCTIBILITY SPECIFIC HEAT ELECTRIC RESISTIVITY ELECTRIC VOLUMETRIC CONDUCTIBILITY  HEAT EXPENSION COFFICIENT ELASTICITY MODULE RIGIDITY MODULE
 A 20 °C A 20 °C  A 20 °C  A 20° C  A 20 °C  p/ °C X 10³
(micro ohm-cm) 
(g / cm³) (kcal / h.m. °C) (kcal/kg °C) (recooked material) (% IACS) 20 a 300 °C  (kgf / mm²) (kgf/mm²)
340 C34000 8.47 98.94 0.09 6.63 26 20.3 10.500 3.900
353 C35300 8.47 98.94 0.09 6.63 26 20.3 10.500 3.900
360 C36000 8.47 98.94 0.09 6.63 26 20.5 9.800 3.700
377 C37700 8.47 98.94 0.09 6.63 27 20.7 10.500 3.900

 

Wire Rod

Electrolytic hot-rolled and annealed Wire Rod.

APPLICATIONS
It is used in the manufacture of metallic electrical conductors. It is applied on a large scale in the production of wire cables for transmission of electric and thermal energy, electric-electronics, busbars, electrical contacts, telephony, telecommunications, power transmission, automotive, construction and also in the computer industry.

 

CHARACTERISTICS

CHEMICAL COMPOSITION

Material: 99.99 % electrolytic copper
Chemical Composition: Total concentration of all impurities ≤ 65ppm (typical value ≤ 25ppm). Copper obtained by the difference between 100% and total impurities.

ELEMENT SPECIFIED TYPICAL
Se < 1.0 ppm < 1.0 ppm
Te < 1.0 ppm < 0.5 ppm
Bi < 0.5ppm 0.20 ppm
Sb < 1.0 ppm < 1.0 ppm
As < 3.0 ppm 1.2 ppm
Pb < 1.0 ppm 0.3 ppm
Fe < 5.0 ppm 2.8 ppm
S < 10.0 ppm 4.5 ppm
Ni < 5.0 ppm < 1.0 ppm
Sn < 1.0 ppm < 0.5 ppm
Ag < 12.0 ppm 8.0 ppm
Zn Not specified < 1.0 ppm
Co Not specified < 0.5 ppm
Cr Not specified < 0.5 ppm
Mn Not specified < 0.5 ppm
O2 100-600 ppm 200 ppm

Specified value per ASTM B 49-98 standard

DIMENSIONAL ASPECT
Diameter = 8.0 ± 0.4 mm.
Diameter = 12.5 ± 0.4 mm.
Maximum ovalization = ± 0.7 mm.

SUPERFICIAL SURFACE ASPECT

The surface of the Wire Rod is pickled with sulfuric acid, which ensures lower oxidized surface thickness (<250 Å). It may have protection against oxidation, and is free of serious defects, so as not to create difficulties during the client drawing process.

SPECIFIC PROPERTIES

Wire Rod 8 mm:
Electric Conductivity > 101.0 % IACS
Traction Resistance = 24.5 Kg / mm²
Elongation Percentage > 35.0 %
Spiral Elongation = 350 mm
Reverse Torsion = 10×10 twists
Torsion until Rupture > 50 twists

Wire Rod 12.5mm:
Electric Conductivity > 101.0 % IACS
Elongation Percentage > 30.0 %
Reverse Torsion = 8×8 twists
Torsion until Rupture 12.5mm > 35 twists)

SPECIFIC REQUIREMENTS

Restriction to use of dangerous substances – ROHS DIRECTIVE 2002/95/EC:
Lead (Pb) < 100ppm
Cadmium (Cd) < 5ppm
Mercury (Hg) < 100ppm
Hexavalent Chromium (Cr6+) < 100ppm

IDENTIFICATION

Wire Rod coils are identified by labels containing the following data:

  • Name of manufacturer
  • Product’s commercial name
  • Wire Rod nominal diameter
  • Date manufactured
  • Number of the coil
  • Coil net weight in KG

The extremities of the Wire Rod coils are identified with the Caraíba brand logo.

PACKAGING

The tubes are placed in coils atop pallets, firmly tied with four metal belts, mounted on pallets, securely tied with four metal straps and covered in polyethylene bags, in the following sizes:

Wire Rod 8.0mm:
External Diameter = 1.800 mm
Internal Diameter = 800 mm
Useful Height = 800 mm
Weight:

Type 1 = 4,000 – 5,000 Kg (predominant)
Type 2 = 3,001 – 3,999 Kg (special order)
Type 3 = 2,500 – 3,000 Kg (special order)

Wire Rod 12.5mm:
External Diameter = 1,800 mm
Internal Diameter = 800 mm
Useful Height = 800 mm
Weight:

Type 1 = 3500 – 4500 Kg (predominant)
Type 2 = 2500 – 3.499 Kg (special order)

SAFETY ASPECT

Product should be handled wearing leather gloves.

Applicable technical standards
Wire Rod meets the following technical standards:

  • ASTM B 49-982
  • ASTM B 115-00
  • BS EN 1976-98
  • BS EN 1977-98
  • NBR 14733-01

Seamless Copper Pipe

Copper pipe is manufactured by extrusion and can be supplied in straight rolls, spindles and pancake formats, among others, with varying size within a broad manufacturing limit.

Currently, Paranapanema produces pipe in copper alloys for various market segments, thus meeting a vast range of applications.

Copper tubing is used to make heat exchangers, for refrigeration boxes, cold rooms, solar heaters, sugar mills and automotive radiators. Beyond the manufacturing limit, comprising the aforementioned uses, Paranapanema is always open to new opportunities, new alloys and applications that require major technological support.

Description

The pipes are obtained by two distinct processes: extrusion followed by a cold drawing process and Cast & Roll, where the casting of the tube, its cold rolling and drawing occurs. Both processes give the product a continuous cross section, seamless and uniform wall thickness properties. The internal and/or external surfaces may be smooth, finned or finned throughout its length. Copper pipe can be supplied in straight lengths, pancakes, coils or spindles. The products are designed to meet the standards most commonly used for industrial applications such as: ASTM B-68, ASTM B-75, ASTM B-280 and ASTM B-743.

Main Applications and Types

Domestic, industrial and automotive air conditioners; condensers; evaporators; compressors; electrical connectors; cooling components, electrical and decorative products; plumbing, gas and fire utilities.

Seamless copper pipe can be subdivided according to its inner and/or external surface and basically the applications are:

Smooth

 

Tubes for refrigeration/air conditioning: supplied as LWC (Level Wound Coil), usually annealed and tempered, to produce condensers, evaporators and components used in refrigeration systems.

 

Manufacturing limits

 

Pancakes: used in the installment of refrigeration and air-conditioning systems.

 

Manufacturing limits

 

Pipes for general applications: copper tubes supplied in various tempers and generally straight with varying lengths, used in the most diverse industrial branches.

 

Manufacturing limits

Grooved

  • Externally Finned Pipe (LowFin/MediumFin)
  • Externally Finned Pipe and Internal Grooves (LowFin tube)
  • Inner Grooved (InnerGrooved)

Inner Grooved (InnerGrooved)

Check out the details of this technology:

 

de = external diameter (mm) β = helix angle
di = internal diameter (mm) n = number of grooves
b = wall thickness (mm) θ = groove angle
h = groove depth (mm) e = average wall thickness (mm)

Consult Paranapanema’s sales department for size and tolerance.

COMPOSIÇÃO QUÍMICA
LIGA ELUMA ESPEC.
ASTM
CDA
COMPOSIÇÃO % LIGAS
EQUIVALENTES
No. DENOMINAÇÃO Cu P EN
110 Cobre Eletrolítico (ETP) C11000 (*) CR004A
99,9 mín
122 Cobre Fosforo (DHP) C12200 99,9 mín 0,015 / 0,04 CR024A
PROPRIEDADES FÍSICAS
LIGA ELUMA ESPEC. ASTM CDA DENSIDADE a 20º C CONDUTIBILIDADE TÉRMICA a 20º C CALOR ESPECÍFICO a 20º C RESISTIVIDADE ELÉTRICA a 20º C CONDUTIBILIDADE ELÉTRICA VOLUMÉTRICA a 20º C (%IACS) COEFICIENTE DE EXPANSÃO TÉRMICA p/*CX(10²)² MÓDULO DE ELASTICIDADE MÓDULO DE RIGIDEZ (kgf / mm²)
(g / cm³) (kcal / h.m. º C) (kcal / kg º C) (micro ohm-cm)
(material recozido)
(material recozido) 20 a 300º C (kgf / mm²)
110 C11000 8,94 337,18 0,092 1,71 100 17,7 12.000 4.500
(ETP)
122 C12200 8,94 292,41 0,092 2,03 80 17,7 12.000 4.500
(DHP)

Note: Reference amounts based on the C.D.A.

LIGA ELUMA ESPEC. ASTM CDA TÊMPERA DIÃMETRO EXTERNO ESPESSURA PAREDE LIMITE RESISTÊNCIA kgf / mm² LIMITE ESCOAMENTO kgf / mm² ALONGAMENTO EM 2″ ROCKWELL TAMANHO DO GRÃO
mm(in) mm(in) (ksi) (ksi) (%) ESCALA DUREZA (mm)
110 C11000 (ETP) Extra mole (O 60) Todas 0,38 (0,015) até 0,89 (0,035) 21,1 (30) min 6,3 (9) min 40 min 15 T 60 máx 0,04 mín
Todas Acima 0,89 (0,035) 40 min F 50 máx 0,04 mín
Mole (O 50) Todas 0,38 (0,015) até 0,89 (0,035) 21,1 (30) min 6,3 (9) min 40 min 15 T 65 máx 0,04 mín
Todas Acima 0,89 (0,035) 40 min F 55 máx 0,04 mín
122 C12200 (DHP) 1/4 Duro (H 55) Todas 25,5 (36) a 33,0 (47) 21,1 (30) min 30 T 30 a 60
1/2 Duro Todas Acima 0,60 25,3 (36) a 36,5 (52) 21,1 (30) min 30 T 40 a 70
Duro (H 80) Todas Todas 31,6 (45) min 28,1 (40) min 30 T 55 min

A Paranapanema S.A., reserva-se no direito de alterar quaisquer especificações na sua linha de produtos sem aviso prévio.

Drawn bare wire

Electrolytic copper soft drawn bare wire of circular section.

APPLICATIONS

Its chief use is in the manufacture of electrical conductors. It is also frequently used in the production of electronic devices, motors, generators, transformers, with a presence in the automotive industry, civil construction and in the telephony and computer sectors.

 

CHARACTERISTICS

CHEMICAL COMPOSITION

Material: Electrolytic copper 99.99 %.
Chemical Composition: Total concentration of all impurities ≤ 65ppm (typical value ≤ 25ppm). Copper obtained by the difference between 100% and total impurities.

ELEMENT SPECIFIED TYPICAL
Se < 1,0 ppm < 1,0 ppm
Te < 1,0 ppm < 0,5 ppm
Bi < 0,5ppm 0,20 ppm
Sb < 1,0 ppm < 1,0 ppm
As < 3,0 ppm 1,2 ppm
Pb < 1,0 ppm 0,3 ppm
Fe < 5,0 ppm 2,8 ppm
S < 10,0 ppm 4,5 ppm
Ni < 5,0 ppm < 1,0 ppm
Sn < 1,0 ppm < 0,5 ppm
Ag < 12,0 ppm 8,0 ppm
Zn not specified < 1,0 ppm
Co not specified < 0,5 ppm
Cr not specified < 0,5 ppm
Mn not specified < 0,5 ppm
O2 100-600 ppm 200 ppm

The value specified is in accordance with standard ASTM B 3-90

THERMAL TREATMENT
Continuous annealing after the drawing process.

DIMENSIONAL ASPECT
Standardized diameters available:

  • 1,45 mm
  • 1,83 mm
  • 2,05 mm
  • 2,59 mm
  • Other gauges, subject to order

Tolerance = ± 1.0 %

SURFACE APPEARANCE
The surface of the wires should not present serious imperfections that compromise product performance for the client.

SPECIFIC PROPERTIES
Electric Conductivity: 101% IACS (minimum)
Stretching % after rupture 25.0 % (minimum)

SPECIFIC REQUIREMENTS
Restrictions on the use of hazardous substances – ROHS DIRECTIVE 2002/95/EC:

  • Lead (Pb) < 100ppm
  • Cadmium (Cd) < 5ppm
  • Mercury (Hg) < 100ppm
  • Hexavalent Chromium (Cr6+) < 100ppm

 

IDENTIFICATION
Products are identified by labels containing the following data:

  • Data of manufacturer (company name, CNPJ, I.E…)
  • Brazilian Industry
  • Commercial Name
  • Nominal diameter (mm)
  • Date of Manufacture
  • Serial number
  • Net weight (Kg)

CONTAINERS

Products are packaged in cardboard boxes mounted on wooden pallets, attached with four bands having the following dimensions:

  • Outer Diameter = 1.000 mm
  • Inner Diameter = 560 mm
  • Effective Height = 1.050 +/- 100 mm
  • Weight of Wire ø 1.83. 2.05 e 2.59 mm = 1,500 – 2,000 Kg
  • Weight of Wire ø 1.45mm = 1.000 – 1,500 Kg

SAFETY ASPECT
Handle the product with leather gloves, and wear goggles when unwinding wire from spool.

APPLICABLE TECHNICAL STANDARDS
The product meets the following technical standards:

  • ASTM B 3-90
  • NBR 5111-97
  • NBR 5471-86
  • NBR 14733-01

Weldable to copper pipe at concrete water tank intake. Total length 240mm. Install with lead-free solder (97% Sn x 3% Cu) and water soluble flux.

SOCKET X SOCKET

 

FLANGE
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A B C (G)
WITHOUT WASHER BRONZE
15.0 50.0 190.0 46.0 373.0
22.0 51.0 189.0 52.0 493.0
28.0 53.0 187.0 65.0 755.0
35.0 55.0 185.0 78.0 1096.0
42.0 55.0 185.0 90.0 1388.0
54.0 56.0 184.0 100.0 1704.0
66.0 56.0 184.0 125.0 2616.0
79.0 60.0 180.0 140.0 3328.0
104.0 62.0 178.0 173.0 4792.0
*Available only without soldering ring

Cathode

APPLICATIONS

Its chief application is as a raw material for the production of electrolytic copper rebar, computer bars, and the composition of various alloys.

 

 

Rectangular plates of electrolytic copper with a high degree of purity.

CHARACTERISTICS

CHEMICAL COMPOSITION 

Material: Electrolytic copper  99.99 %.

Chemical Composition: Total concentration of all impurities ≤ 65ppm (typical value ≤ 25ppm). Copper obtained by the difference between 100% and total impurities.

ELEMENT SPECIFIED TYPICAL
Se < 1.0 ppm < 1.0 ppm
Te < 1.0 ppm < 0.5 ppm
Bi < 0.5 ppm 0.20 ppm
Sb < 1.0 ppm < 1.0 ppm
As < 3.0 ppm 1.2 ppm
Pb < 1.0 ppm 0.3 ppm
Fe < 5.0 ppm 2.8 ppm
S < 10.0 ppm 4.5 ppm
Ni < 5.0 ppm < 1.0 ppm
Sn < 1.0 ppm < 0.5 ppm
Ag < 12.0 ppm 8.0 ppm
Zn not specifed < 1.0 ppm
Co not specifed < 0.5 ppm
Cr not specifed < 0.5 ppm
Mn not specifed < 0.5 ppm
O2 100-600 ppm 200 ppm

The value specified is in accordance with standard ASTM B 115-00

DIMENSIONAL ASPECT

Length= 990 ± 10 mm
Width= 970 ± 10 mm
Thickness= 5 a 25 mm

 

 

Note: these data are merely illustrative, and release of the product is not contingent upon them.

SURFACE APPEARANCE

The surface of the cathode should be reasonably free of nodules and foreign matter, such as copper sulfate, grease, oil and sludge residue.

SPECIFIC PROPERTIES 

Electric conductivity: 100% IACS (minimum)
Spiral length = 350 mm (minimum)

IDENTIFICATION

Cathode packages are identified by four fastening seals with the initials CbM. On the upper plate there is a label, and/or the following data are written:

  • Lot/group number
  • Package number
  • Package plate number
  • Net weight of package in kilos

The layouts and identification of CbM cathode packages have part of the plates with flaps in opposing positions, and flaps in matching positions.

CONTAINERS

Each package of cathode weighs from 2,300 to 3,000 kilos, and is bound by two metal ribbons.

SAFETY ASPECT 

The product is characterized as general freight.  It should be handled with leather gloves, with the observance of standards for the movement of heavy-weight freights.

APPLICABLE TECHNICAL STANDARDS 

The product meets the following technical standards:

  • ASTM B 115-00
  • BS EM 1978:1998
  • NBR 5026-2001

Hidrolar® Tubes

The COPPER HIDROLAR® tube is hard, seamless, manufactured by the extrusion process and, afterwards, calibrated in the commercial diameters by wire drawing. They are produced according to ABNT-NBR 13206 standard. Their chemical composition requires a minimum of 99.9% of COPPER.

They present the following characteristics: good chemical resistance; good resistance to corrosion; easy handling; little trend to inlaying; good mechanic resistance; long life cycle and recyclable. They are coupled with COPPER or bronze connections by capillary welding. According to the application and identification in low relief and engraving, the ink in its surface, the COPPER HIDROLAR® tubes are specified in 3 classes.

 

  1. CLASS E – Identified by green color plastic lids. They are recommended for installations of cold and hot water, gas, installations of fire fighting by hydrant and sprinklers.
  2. CLASS A – Identified by yellow color plastic lids. They are recommended for all applications of class E tubes, as well as for installations of fuel and medicine gases.
  3. CLASS I – Identified by blue color plastic lids. They are recommended for all application of class A, as well as for industrial installations of high pressure and steam

They present the following characteristics:

  • good chemical resistance;
  • good resistance to corrosion;
  • easy handling;
  • little trend to inlaying;
  • good mechanic resistance;
  • long life cycle
  • recyclable
CLASS E
NOMINAL DIAMETER EXTERNAL DIAMETER x ESP. WALL (mm) Kg/m PRESURE
SERVICE
KGF/CM²
(pol.) (mm)
1/2” 15 0,203 41,0
3/4” 22 0,360 34,0
1” 28 0,460 26,0
11/4” 35 0,673 25,0
11/2” 42 0,923 24,0
2” 54 1,339 21,0
21/2” 66 1,839 20,0
3” 79 2,627 19,0
4” 104 3,480 14,0
CLASS A
EXTERNAL DIAMETER x ESP.
WALL (mm)
Kg/m PRESURE
SERVICE
KGF/CM²
15 x 0,80 0,318 69,0
22 x 0,90 0,532 50,0
28 x 0,90 0,683 40,0
35 x 1,10 1,045 40,0
42 x 1,10 1,261 35,0
54 x 1,20 1,775 28,0
66,7 x 1,20 2,200 24,0
79,4 x 1,50 3,271 24,0
104,8 x 1,50 4,337 18,0
CLASS I
EXTERNAL DIAMETER x eSP. WALL (mm) Kg/m PRESURE
SERVICE
KGF/CM²
15 x 1,0 0,392 88,0
22 x 1,1 0,644 60,0
28 x 1,2 0,901 55,0
35 x 1,4 1,318 45,0
42 x 1,4 1,593 42,0
54 x 1,5 2,206 34,0
66,7 x 1,5 2,737 28,0
79,4 x 1,9 4,122 27,0
104,8 x 2,0 5,755 20,0
PHYSICAL PROPERTIES
ELUMA ALLOY ESPC.
ASTM
CDA
DENSIRY
(g / cm³)
THERMO CONDUCTIBILIY AT 20°C
(Kcal / h.m °C
THERMO CONDUCTIBILIY AT
20 °C
(Kcal / h.m°C)
RESISTÊNCIA
ELÉTRICA a 20 °C
(micro ohn-cm)
(re-burned material)
122 C122000 8,94 292,41 0,092 2,03
Nota: *values based on C.D.A.
PHYSICAL PROPERTIES
CONDUCTIBILIY
VOLUMETRIC
20 °C (%IACS)
(re-burned material)
THERMO EXPANSION AVERAGE COEFFICIENT ELASTICITY MODULE
(Kgf / mm 2)
RIGIDITY MODULE
(Kgf / mm 2)
80 17,7 8,94 4.500
Nota: *values based on C.D.A.
MECHANICAL PROPERTIES
ELUMA NELLOY ESPEC. ASTM
CDA
QUENCH INTERNAL DIAMETER
mm(in)
WALL mm (in)
122 C12200
(DHP)
SOFT (*) ALL ALL
(*) SPECIFICATION VALID ONLY FOR ELUMAGÁS COPPER TUBES
MECHANICAL PROPERTIES
RESISTENCE LIMIT
(ksi)
DRAINAGE LIMIT mínimo (ksi) DIAMETER EN 2” ROCKWELL – HARDNESS SCALE GRAIN SIZE
21,1 (30) MIN 40 MIN 15 T 65 MAX 0,40 MAX
31,6 (15) MIN 28,1 (10) MIN 30 T 55 MIN
(*) SPECIFICATION VALID ONLY FOR ELUMAGÁS COPPER TUBES
CHEMICAL COMPOSITION
ELUMA ALLOY ESP.
ASTM
CDA
COMPOSITION % EN
Denomination Cu P
122 Phosphorous Copper
DHP
C12200 99,90
MIN
0,015
0,040
CR024A

Coupling RM – 304

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

COUPLING – RM
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A (g)
10×1/2” 40.4 58.0 BRONZE
15×1/2” 43.4 70.0
Conector RF - 303

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

COUPLING – RF
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A (g)
10×1/2” 37.1 58.0 BRONZE
15×1/2” 40.1 70.0
Conector DW - 307-3

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

 

COUPLING – DW
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A B (g)
10×1/2” 29.2 48.2 BRONZE
15×1/2” 31.5 48.2
Conector RM - 304

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

 

COUPLING – RM
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A (g)
10×1/2” 40.4 58.0 BRONZE
15×1/2” 43.4 70.0
Elbow - 307

Connections produced in bronze, according to NBR 15277 Technical Standards; used with ELUMA Flexible copper tubes COPPER, according to NBR 14745 and 7541 standards. They are applied to hot and cold water hydraulic installation, gas and air conditioning installations. The coupling is performed by the tube’s flanged system with sealing by metal x metal torque (se installation process). The application of any type of sealing product or weld is not necessary.

After the installation, the tightness test is applied, according to the corresponding standard.

 

ELBOW
DIAMETER DIMENSION (inch) MASS MATERIAL
NOMINAL (inch) A (g)
10.0 26.0 40.0 BRONZE
15.0 32.8 77.0
Nipple 300

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

 

NIPPLE
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A (g)
10.0 40.0 42.0 BRONZE
Reducing Nipple 300-R

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

REDUCING NIPPLE
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A (g)
15 x 10 42.0 53.0 BRONZE
Nut 301

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

NUT
NOMINAL DIAMETER (MM) DIMENSIONS (MM) MASS MATERIAL
A (g)
10.0 17.0 26.0 BRONZE
15.0 24.5 60.0

 

Tee - 311

Connections produced in bronze, in accordance with Technical Standard NBR 15277; used with Eluma flexible seamless copper pipe, as per NBR 14745. Implemented in hot and cold water, gas and compressed air plumbing systems. The coupling is achieved through the pipe’s flange system, with a metal on metal seal (see installation process). It is not necessary to use any kind of sealant product or solder. After installation apply the tightness test, in accordance with the respective standard.

 

DIAMETER
DIAMETER DIMENSIONS (mm) MASS MATERIAL
NOMINAL (mm) A B (g)
10.0 51.0 25.5 54.0 BRONZE
15.0 66.6 33.3 110.0