Email Address

sales@yayeindustrial.com

Phone Number

+8613757757792

yayeindustrial

Boiler Tube Manufacturer in China

Home|Boiler Tube Manufacturer in China

Supplier of Economizer Tubes in China, Provide Various Testing

Boiler Tube Manufacturer in China

Get Seamless Condenser Tube & Fire Tube Boiler With High Quality, Check Size Chart In MM And Welding Procedure

Boiler Tube Specification

pipe size icon

Boiler Tube Sizes

  • 1/8” to 5” NPS
  • WT:2.3 -40 mm
  • Length:Single/ Double
welded pipe size icon

IBR Boiler Tube Sizes

  • OD: 1/8” to 3”
  • WT: 1/8” to 16”
  • Length: 25 Meter Max
End Types

Steam Boiler Tube End Types

  • Plain end, Roll groove
  • Cut groove, Threaded
  • Coupled, Bevel end
Features

Features of Boiler Tube

  • cross-section
  • Surface quality
  • Rifled
  • Seamless
pipe manufacturing process

Seamless Steel Tube Manufacturing Process

  • Welded
  • ERW
  • Seamless
  • Fabricated
Pipe Surface Finish

Boiler Burner Tubes Surface Finish

  • Mirror
  • Bright
  • Polished
  • Annealing
  • Pickled
Applications

Boiler Tube Applications

  • Power generation
  • Chemical industry
  • Textiles
  • Healthcare
Documentation

IBR Boiler Tube Documentation

  • Material Test Reports
  • Drawings, and Inspection Reports
Pipe Testing

Boiler Tube Testing

  • PMI
  • Ultrasonic
  • Mechanical
  • Chemical
Standards

C-Formed Tubes Standards

  • ASME B36.10M
Origins

Boiler Steel Tube Origins

  • Janpanese
  • China
  • Russia, India
  • American
pipe Types

Types of Boiler Burner Tubes

  • Hex
  • Round
  • Rectangle
  • Square
Packaging

Industrial Boilers Tube Packaging

  • Bubble Wraps
  • Bundled
  • Wooden Box
Advantages

Boiler Tube Advantages

  • Lower cost
  • Higher water volume
  • Ease of maintenance
  • Simple design
Measurement

Measurement of Steam Boiler Tube

  • Inner diameter
  • Outer diameter
  • Straightness, Ovality
  • Thickness, Length
Disadvantages

Boiler Tube Disadvantages

  • Larger footprint
  • Lower capacity
  • Pressure range 350 PSIG
  • Longer start-up time

Types of Industrial Boilers Tube


Boiler Tube Manufacturer in China Carries a Large Selection of Commonly Used Pipe Types.


U Tube

U Tube

Super High Pressure Power Boiler Tube

Super High Pressure Power Boiler Tube

Superheater Tubes

Superheater Tubes

Industrial Boilers Tube

Industrial Boilers Tube

Stay Tubes

Stay Tubes

Fin Tubes

Fin Tubes

Boiler Square Tube

Boiler Square Tube

Steam Boiler Tube

Steam Boiler Tube

Thick Wall Round Tube for Boiler

Thick Wall Round Tube for Boiler


Size Chart Of Boiler Tube in MM

Boiler Tube Manufacturer in China Provides A Large Selection Of Sizes.

Outer Dia in MM Wall Thick in MM
38.1 2.2 to 5.6
127 4.5 to 16
25.4 1.6 to 4.5
12.7 1.2 to 3
114.3 4 to 14
15.9 1.2 to 3.5
101.6 3.5 to 12
195 1.5 to 4
88.9 3.2 to 10
50.8 2.5 to 6
76.2 3 to 8
31.75 2 to 5
63.5 2.8 to 7

Weight Chart of Steam Boiler Tube

WT in MM Weight in Kg/M OD in MM
6.4 6.4 101.6
2.9 1.61 25.4
6.4 10.91 76.1
3.6 4.19 50.8
2.4 1.74 31.8
6.4 9.07 63.5
2.1 3.38 31.8
3.6 5.36 63.5
6.3 5.96 57.9
3.6 4.85 57.2
4 5.96 63.5
3.2 2.83 38.1
3.2 4.86 63.5
4.6 5 50.8
3.6 2.36 57.2
3.2 3.85 50.8
3.6 3.13 38.1
4 3.44 38.1
3.6 3.64 44.5
6.3 5.59 44.5

Fin Tubes Wall Thickness Chart

OD in MM 73 355.6 33.4/33.7 323.8 38 219.1 76.1 42.2/42.4 273 44.5 114.3 48.3 141.3 50.8 168.3 127 57.2 101.6 60.3 88.9 63.5
Thick in MM 9.52 81.25 73.78
2.03 1.59 1.8
9.27 60.29
2.64 2.02 2.3 2.59 2.73 2.97 3.14 3.55 3.75 3.96
8.18 42.55
3.25 2.44 2.79 5.84 3.14 3.31 3.61 3.81 4.32 4.57 6.86 4.83
7.8 51.01
3.56 3.41
7.04 36.81
3.68 4.05
6.35 54.69 49.71 33.31 41.75
4.06 2.97 3.4 7.21 3.84 4.05 11.04 4.43 4.68 5.32 9.77 5.63 8.49 5.95
5.74 13.57
5.16 8.63  
6.02 16.07
4.5 3.24 3.72 7.95 4.21 4.44 12.2 4.86 5.14 13.6 5.83 10.8 6.19 9.37 6.55
6.55 21.77
3.91 5.44
7.11 28.26
3.66 2.71 3.1 6.54 3.5 3.69 4.03 4.25 4.83 8.84 5.11 7.69 5.4
7.92 67.9  
3.38 2.53
8.38 65.18
2.95 2.24 2.55 5.32 2.87 3.02 3.3 3.48 3.95 4.17 4.4
5.49 11.29
2.34 1.81 2.06 2.31 2.43 2.65 2.8


Applications Of Boiler Steel Tube

Applications Of Boiler Steel Tube

Applications

  • Thermal Power Plant
  • Waste Heat Plants
  • Steam Boilers
  • Economiser
  • Cogeneration Facilities
  • Power Generation
  • Electric Power Plants
  • Air Preheater Unit


HSN Code Of Industrial Boilers Tube

Product AS SS CS
HSN Code 730631 730630 7306

Water Tube Boiler Components

Components of Water Tube Boiler


Boiler Square Tube Gauge Chart

GAUGE TYPICAL VALUE THICK
(IN)
17 .058 .053 to .058
7 .18 .175 to .185
22 .028 .025 to .029
9 .148 .140 to .150
18 .049 .044 to .049
20 .035 .031 to .035
13 .095 .087 to .097
10 .134 .126 to .136
16 .065 .060 to .065
12 .109 .101 to .111
8 .165 .157 to .167
14 .083 .075 to .085
19 .042 .038 to .042
11 .12 .112 to .122
15 .072 .066 to .074

Top 5 Reasons Of Failures In Steam Boiler Tube

  • Quick start-up
  • Metal Overheat Rupture
  • Thermal Fatigue
  • Corrosion
  • Tube End Cracking

Evaporator Tube Preventive Measures

  • Exhaust flue gas sample
  • Refractory inspections
  • Internal and external visual inspections
  • Thermography inspections
  • Steam and water chemistry control

Difference Between Firetube Boiler Vs Water Tube

Difference Firetube Boiler Vs Water Tube
Feature Firetube Boiler Watertube Boiler
Response Time Slower steam production Faster steam production
Cost Lower in cost. Higher in cost.
Efficiency Lower efficiency Higher efficiency
Maintenance Easier to maintain More complex maintenance
Design Hot gasses go through water-enclosed tubes. Tubes are filled with heated gasses as water flows through them.
Suitability for Large Scale Not for large scale Ideal for large scale
Steam Output Lower steam output. Higher steam output.
Pressure Range Used for low to medium pressure Used for high-pressure applications
Size and Space Compact design Larger in size
Flexibility in Design Limited flexibility More flexible design
Heat Transfer Less efficient heat transfer. More efficient heat transfer.

How is the cost of producing boiler tubes managed by Yaye Industrial Wenzhou ?

  • Focus On Optimizing Material Selection
  • Minimizing Waste During The Manufacturing Process
  • Utilizing Efficient Production Techniques Like Continuous Casting
  • Optimizing Tube Dimensions Based On Design Requirements
  • Negotiating Favorable Pricing With Raw Material Suppliers

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