Home Rock Wool Pipe Insulation Best Price Heat Thermal Insulation Material Rock Wool Pipe
Best Price Heat Thermal Insulation Material Rock Wool Pipe
Best Price Heat Thermal Insulation Material Rock Wool Pipe
Best Price Heat Thermal Insulation Material Rock Wool Pipe
Best Price Heat Thermal Insulation Material Rock Wool Pipe
Best Price Heat Thermal Insulation Material Rock Wool Pipe

Best Price Heat Thermal Insulation Material Rock Wool Pipe

  • Specification: 1-10 USD/SQUARE METERS
  • Use Parts: 10 TON
  • Layer: 10000 TON
  • Gloss: TianJin
  • Can mix colors: TT or LC
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Qulck Details

  • Place of Origin:Tianjin,China
  • Brand Name:Wanmaide
  • Type: Roof Heat Insulation Materials
  • Usage temperature: ≤1000 ℃
  • Item name: Low Thermal Conductivity Material Rockwool Pipe Insulation
  • Material: Basalt, diabase and dolomite
  • Inner Diameter: 22mm~510mm
  • Thickness:50mm
  • Package:PE Bag

Product Description:

Best Price Heat Thermal Insulation Material Rock Wool Pipe. It is made from natural rock such as basalt, diabase, and dolomite. The natural rock is melted into melts in the cupola at a very high temperature of about 1500°C. And the melts lava is then pouring to high-speed spinners through which the melts get into fibers. The just fiberized fibers are collected together to form the original wool mat through negative pressure resulted from suction. The original wool mats then pass through pendulum, crimping and pressing process, get into the curing oven through which the wool mats are cured and shape up to different kinds of products such as board, mat and pipe section etc with different usage.


Advantages:

  1. Non-combustible material.

  2. Acoustic noise reduction.

  3. Waterproof and anti-moisture.

  4. Easy to install.

  5. Good safety.

  6. Good weathering performance. 



Technical Parameters of Rockwool
Properties QSRB7.5 QSRB10 QSRB15 QSEL80 QSEL100 Unit

Standard


Compressive strength (Perpendicular to the surface) ≥40 ≥60 ≥80 - - kPa GB/T 13480
Compressive strength (Parallel to fiber) - - - 80 100 kPa GB/T 13480
Tensile strength(Perpendicular to fiber) ≥7.5 ≥10 ≥15 - - kPa JG149-2003
Tensile strength(Parallel to fiber) - - - 150 200 kPa

JG149-2003


Thermal conductivity(Average temperature 25°C)  ≤0.040 ≤0.040 W(M.K) GB/T 10295
Fire performance Non-combustible -

GB/T 8624-2012


Acidity coefficient

≥1.8


- GB/T 5480
Water repellence rate

≥99


% GB/T 10299
Water absorption(Partial immersion) <0.5 KG/M2 GB/T 25975-2010 Appendix B
Moisture absorption rate by weight <0.5 % GB/T 5480
Moisture resistance factor μ

Approximately is 1.5


- GB/T 17146
Noise reduction coefficient(NRC)

≥0.6


- GB/T18696.1
Dimensional stability

≤0.5


% GB/T8811
Melting point

≥1000


OC DIN4102-17
Thickness deviation

±3


MM GB/T 5480
Squareness

5


MM/M GB/T 5480
Flatness ≤5 MM GB/T 25975-2010 Appendix A
Nominal Density( KG/M3 )  120 130  150 
       Inner Diameter(MM)

   22,27,34,38,43,48,57,60,76,89,102,108,114,128,

140,159,168,196,219,246,273,325,377,409,510

            Thickness(MM)                                             50
 Length(MM)    1000

 

Application Field:

  1. Heat preservation and sound absorption for steel structure building.

  2. Heat insulation for wall, ceiling, and roof of the house to save energy.

  3. For indoor partition wall, wall interior partitions, train compartment.

  4. For cool-making and high buildings required to be fireproof, heat resistant and sound insulating. 


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