Image Alt

Copper Tubes for Induction Furnaces

  /  Copper Tubes for Induction Furnaces

Copper Induction Furnace Tubes Manufacturer in India As Per ASTM B280

 

Copper Tubes for Induction Furnaces Specification

 

 

Supplier and Stockist Of Copper Alloy Tube For Core Type Induction Furnace in Mumbai Which Temperatures is Up to 1,400°C (2,552°F)

Copper Tubes for Induction Furnaces Specification

Copper Tubes for Induction Furnaces Manufacturer in India in Odd Sizes at Factory Price

OD

Outside Diameter

4 to 150mm

Copper Induction Pipe Wall Thickness

Copper Induction Pipe Wall Thickness

0.2 to 5mm

Copper Induction Coil Length

Copper Induction Coil Length

1 to 6m or custom

 

Temper

Material

99.9% Pure Copper

Copper Tubes for Induction Furnaces Type

Copper Tubes for Induction Furnaces Type

Seamless, Square, Rectangular, Inner Grooved, Finned

Copper Induction Tube Standards

Copper Induction Tube Standards

ASTM B75 / ASTM B68/ ASTM B88 / /ASTM B280 / EN1057 or BS2871: PART 2:1972 / JIS H 3300 / DIN 8905/ 1754/IS2501

 

Specification

Specification

JIS H3300, ASTM B280, JIS3300-2006, AS/NZS1571

 Induction Brazing Copper Pipe Uses

Induction Brazing Copper Pipe Uses

Heat Exchangers, Underground Fuel and Gas Systems

Copper Induction Square Pipe Grades

Copper Induction Square Pipe Grades

C12200, TP1, T2, C1220T, C1200, TP2, C1100, C19400, C1201T, C10200, C14200, TU2, C1020T etc

 

Sizes Of Copper Induction Pipe
Max Cont (•C) Max Temp (•C) Max Power (Kw) Heated Length (mm) Worktubes (l.D x Length) nom Short  Long Volts Ext Dimensions (mm) Hx W x D Phase Nett Wt. {kg)
1150 1200 0.8 250 16 x 500 16 x 350 230 560x335x315 1 11
1150 1200 1.2 500 16 x 750 16 x 600 230 560x585x315 1 16
1150 1200 1.0 250 25 x 500 25 x 350 230 560x335x315 1 12
1150 1200 1.7 500 25 x 750 25 x 600 230 560x585x315 1 16
1150 1200 1.7 300 38 x 600 38 x 400 230 560x385x315 1 14
1150 1200 2.0 610 38 x 900 38 x 700 230 620x700x330 1 21
1150 1200 2.8 610 60 x 1050 60 x 900 230 620x700x330 1 26
1150 1200 3.0 750 60 x 1050 60 x 900 230 620x840x330 1 30
1150 1200 4.3 940 75 x 1500 75 x 1050 230 650x1025x370 1 45
1400 1400 1.5 (3.6) 180 25 x 750 25 x 600 230 610x585x415 1 22
1400 1400 1.5 (3.6) 180 50 x 800 50 x 600 230 610x585x415 1 22
1400 1400 4.5 ( 5.8) 450 25 x 1200 25 x 1050 230 715x1000x460 1 70
1400 1400 4.5 ( 5.8) 450 50 x 1200 50 x 1050 230 715x1000x460 1 70
1400 1400 4.5 ( 5.8) 450 75 x 1200 75 x 1050 230 715x 1000×460 1 70
1400 1400 6.0 (10.1) 610 25 x 1350 25 x 1200 230 715x1150x460 1 75
1400 1400 6.0 (10.1) 610 50 x 1350 50 x 1200 230 715 x 1150×460 1 75
1400 1400 7.0 (10.1) 610 75 x 1350 75 x 1200 230 715 x 1150 x 460 1 75

 

Types Of Copper Induction Furnace Tubes

Copper Induction Pipe

Copper Induction Pipe

Copper Induction Coil

Copper Induction Coil

Induction Brazing Copper Pipe

Induction Brazing Copper Pipe

Copper Induction Square Pipe

Copper Induction Square Pipe

Copper Induction Rectangular Pipe

Copper Induction Rectangular Pipe

Copper Induction Seamless Tubes

Copper Induction Seamless Tubes

Copper Tubes for Vertical Core Type Induction Furnace

Copper Tubes for Vertical Core Type Induction Furnace

Copper Alloy Tubes for Core Less Induction Furnace

Copper Alloy Tubes for Core Less Induction Furnace

Copper Tubing  for Indirect Core Type Induction Furnace

Copper Tubing for Indirect Core Type Induction Furnace

Copper Tubes for Core Type Induction Furnace

Copper Tubes for Core Type Induction Furnace

Copper Induction Furnace Tubes

Copper Induction Furnace Tubes

Copper Mould Tube

Copper Mould Tube

 

Copper Induction Coil Packaging
Dimensions (mm) Packing type Tare(kg) Net weight(kg)
D B A C Wooden case 40-180(app) 500-1000(app)
2500-6300 200-500 350-500 100

 

How to Use Induction Brazing for Copper?

How to Use Induction Brazing for Copper

 

Description Test 1 Test 2
Materials
  • Braze paste
  • Copper tubing – Suction Tube
  • Braze paste
  • Copper tubing – Condenser tube
Equipment U Braze 10/150 U Braze 10/150
Key Parameters
  • Temperature: Approximately 1500° F (815° C)
  • Power: 9.58 kW
  • Time: 5 – 5.2 sec
  • Temperature: Approximately 1300° F (704° C)
  • Power: 8.83 kW
  • Time: 2 sec
Application Of Copper Induction Seamless Tubes
  • Underground fuel and gas systems.
  • Copper ducts and valves.
  • Heat exchangers.
  • Water distribution and heating systems.
  • Drainage and vents.
Induction Brazing Copper Pipe Technical Dimensions
Product Name Radius Size Length Thickness
Round Mould Tubes 5000-17000 Or straight φ110-φ1500 602-900 10-50
Square Mould Tubes 3000-17000 Or straight 50×50-650×650 602-1100 6-50
Beam Blank Copper Mould Tubes 6000-14000 535-150×120-70 700-1016 12-50
Rectangle Mould Tubes 3000-17000 Or straight (100-500)x650 602-1100 6-50
Non-standard Copper Mould Tubes 6000-14000 535-150×120-70 700-1016  12-50
Compositon Of Copper Induction Square Pipe
99

Copper

Cu

1

Phosphorus

P

Copper Induction Rectangular Pipe Mechanical Properties
Inner Grooved Copper LWC For ACR Standard Copper Alloy No. Mechanical Properties
Tensile strength (Mpa) Grain Size (mm) Elongation(%) Temper
EN 1057 O250 O30 or 20 R250
O220 O40 R220
O290 O3 R290
JIS H3300 C1100 245 ~ 325 OL
O205 O40
O265 H
C1220 O255 H
O205 O0.040 O40 OL
O205 0.025 ~ 0.060 O40 O
245 ~ 325 1/2H
ASTM B88 C11000 O200 O0.025 O50
  O200 O0.040 O60
C12200 O250 H58
ASTM B75 C11000 O205 O0.040 O50
  O205 O0.040 O60
C12200 O310 H80
O250 H58
Production Process Of Copper Tube Induction
  • Casting & Melting
  • Forging /Hot Extrusion
  • Cold Drawing
  • Tapering
  • Machining
  • Electroplating
  • After Electroplating Machining
  • Inspection at Final
  • Packaging
Equivalent Of Copper Alloy Tubes for Induction Furnace
Alloy Name Others UNS BS BS EN
    North America United Kingdom United Kingdom/Europe
C1-01 NF A5-1-11-8-1 C1-10-00 C1-01 CW-00-4A
C1-03 NF A5-1-11-8-1 C1-02-00 C1-03 CW-00-8A
C1-06 BS-28-70-; BS-28-71-; BS-28-74 C1-22-00-; C1-22-10-; C1-23-00 C1-06 CW-02-4A
C1-07 C1-42-00 C1-07 BS-28-71-; BS-28-75
C1-09 2.-15-45 C1-45-00 C1-09 CW-11-8C
C1-10 BS-14-33-, BS-38-39 C1-01-00 C1-10 CW-00-9A

 

BS EN ISO DESCRIPTION
United Kingdom Europe    
C111 CW114C Cu-S Sulphur copper (free machining)
C103 CW008A Cu-OF Oxygen free high conductivity copper
C101 CW004A Cu-ETP Electrolytic, tough pitch, high conductive copper
CC102 CW106C CuCr1Zr Copper Chrome Zirconium
C101 CW011A Cu-Ag-2 Silver-bearing Copper
C101 CW013A Cu-Ag-4 Silver-bearing Copper
C109 CW118C Cu-TEP Tellurium copper (free cutting)
C101 CW012A Cu-Ag-3 Silver-bearing Copper
Metallurgy of Copper Mould Tube
Material Cu-Ag Cu-DHP Cu-Cr-Zr
(Cu-0.1Ag) Cu-Ag High Phosphorus Deoxidized Copper (Cu-0.6Cr-0.15Zr) Cu-Cr-Zr
Properties About 0.1% Silver is Used, Greatly Enhancing Strength Without Sacrificing Heat Conductivity. Normal Deoxidized Copper The Precipitation Hardening of Cr and Zr Gives This Alloy Excellent Strength, Heat Resistance, and Thermal Conductivity.
Recrystallization   370ºC   330ºC   700ºC 
Coefficient of thermal expansion at 20ºC   1.68*10-5  1.68*10-5  1.70*10-5
Melting point  1083ºC  1083ºC  1078ºC
Thermal   377w(m.K)  340w(m.K)  325w(m.K)
Hardness at 20ºC   Min.90HB  Min.85HB  Min.120HB