Foamed Calcium Silicate (140#) Supplier
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  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)
  • Foamed Calcium Silicate (140#)

Foamed Calcium Silicate (140#)

Product Introduction:

Foamed calcium silicate, also known as "calcium silicate hydrate foamed insulation products", is a hard silicon-based thermal insulation material with excellent high-temperature resistance, thermal insulation, compressive strength, water repellency and other properties. It is prepared from a variety of nano and micron-sized siliceous raw materials through a unique foaming process. It has a porous structure at the nanometer, micron and millimeter scales, achieving excellent thermal insulation and mechanical properties.

Foamed calcium silicate (140#)Material performance parameters
Project Indicator Testing basis
Apparent density/(kg/m³) 120≤Density≤160 GB/T 5486-2008
Strength(MPa) Compressive strength ≥0.50
Flexural strength ≥0.25
Thermal conductivity W/(m·K) 25℃ ≤0.050 GB/T 10294-2008
100℃ ≤0.057 GB/T 10295-2008
200℃ ≤0.069
300℃ ≤0.080
400℃ ≤0.092 GB/T 10297-2008
500℃ ≤0.108
600℃ ≤0.123
Mass moisture content ≤7.5% GB/T 5486-2008
Dimensional stability(23℃,50%,48h) ≤1.0% GB/T 30806-2014
Combustion performance A1 Non-flammable GB/T8624-2012
Uniform temperature burning performance
(600℃,24h)
Linear shrinkage rate ≤2% GB/T 5486-2008
Quality loss rate ≤10%
Crack No penetrating cracks
Residual compressive strength(MPa) ≥0.30

Size Specification:

Size Tablet Tube shell tiles Customized elbows/tees
Length L(mm) 600 2440 600 /
Width B(mm) 600 1220 250-300 /
Thickness D(mm) 22190 30-80 40-80 80-160

1. Advanced structure and strong thermal insulation: The product achieves a lower thermal conductivity through a multi-level pore structure

2. Low density: Utilizing hard inorganic silicon-based materials, it features an extremely low density, enabling the production of lighter products

3. Waterproof: The product features structural waterproof performance. Environmental moisture cannot penetrate into the material's interior, allowing it to float in water for a long time. After high-temperature steaming, its structure remains unchanged, and after drying, there is no loss in internal structure, strength, thermal insulation performance, etc.

4. High-temperature resistance: Its multi-level pore structure and excellent physical properties enable it to perform outstandingly in many aspects. The material can withstand a maximum temperature of up to 600℃ and still maintain excellent thermal insulation performance and structural stability in high-temperature environments.

5. High cost performance: Solid waste materials are used as raw materials, which can be recycled and reused. The energy consumption during the production and preparation process is low, and the cost of raw materials is controllable, resulting in high economic benefits. Solid waste utilization is green and environmentally friendly, and has social benefits.

6. Environmentally friendly and pollution-free: Made mainly from asbestos-free inorganic raw materials, it has passed the A1-level combustion performance test stipulated in GB/T 8624-2012, with a continuous burning time of 0, making it an excellent non-combustible material. It meets environmental protection requirements and the production process is energy-saving and environmentally friendly. It contains no harmful substances and is non-toxic and non-irritating.

7. Wide application: It is applicable to multiple fields such as construction, industry, and energy, with broad market prospects.

8. Fast production delivery time: Utilizing CNC cutting and forming technology, customized shipments can be made within 48 hours.

1. Industrial steam pipeline insulation: Suitable for insulation of high-temperature steam pipelines, reducing heat loss and improving energy utilization efficiency.

2. Thermal insulation for industrial equipment: It can be used for thermal insulation of various industrial equipment, such as boilers, heat exchangers, compressors, etc.

3. Building insulation: It can be used for heat insulation and preservation of building walls, roofs, floors and other parts, improving the energy-saving performance of buildings.

4. Energy field: It can be used in solar panels, thermoelectric materials, etc., to improve energy conversion efficiency.

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