Foamed Calcium Silicate (180#) Supplier
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  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)
  • Foamed Calcium Silicate (180#)

Foamed Calcium Silicate (180#)

Product Introduction:

Foamed calcium silicate, the full name of which is "hydrated calcium silicate foamed insulation products", is a hard inorganic insulation material. It can withstand harsh high temperature, high humidity and dry-wet cycle environments for a long time without performance degradation. Its excellent insulation performance, compressive strength and environmental protection characteristics make it the preferred insulation material for prefabricated and high-temperature resistant pipeline equipment. It has good waterproof performance, prevents water penetration and prolongs its service life. Its stability and durability in complex industrial environments provide a solid and reliable insulation solution for pipeline equipment.

Foamed calcium silicate (180#) material performance parameters
Project Index Detection basis
Apparent density/(kg/m3) 160<Density200 GB/T 5486 - 2008
Strength (MPa) Compressive strength ≥0.55
Flexural strength ≥0.30
Thermal conductivity W/(m⋅K)  25°C ≤0.055 GB/T 10294 - 2008
100°C ≤0.063 GB/T 10295 - 2008
200°C ≤0.075
300°C ≤0.086
400°C ≤0.098 GB/T 10297 - 2008
500°C ≤0.113
600°C ≤0.127
Moisture content ≤7.5% GB/T 5486 - 2008
Dimensional stability (23°C, 50%, 48h) ≤1.0% GB/T 30806 - 2014
Combustion performance A1 Non-flammable GB/T 8624 - 2012
Uniform temperature burning performance (600°C, 24h) Linear shrinkage ≤2% GB/T 5486 - 2008
Quality loss rate ≤10%
 crack No through cracks
Residual compressive strength (MPa) ≥0.35

Size Specification:

Size Flat Shell and tile Custom elbow/tee
Length L (mm) 600 2440 600 /
Width B (mm) 600 1220 250 - 300 /
Thickness D (mm) 10 - 60 30 - 80 40 - 80 80 - 160

The 180-type product is a product promoted by our company in the regular market. Compared with the 140 and 230 types, the main differences are density, thermal conductivity, and compression and bending resistance. The advantages are basically the same. Among these two products, the 180-type is the most cost-effective.

1.Advanced structure and strong insulation: multi-level pore structure design, under different temperature conditions (25℃ to 600℃), the thermal conductivity is kept at a low level, ensuring that it can still maintain excellent insulation performance under high temperature environment.

2.Waterproof: It has structural waterproof performance, mass moisture content ≤7.5%, and environmental moisture cannot penetrate into the material, ensuring long-term use effect.

3.Long service life: When installed and used in accordance with regulations, the calcium silicate used has superior physical strength and temperature resistance and can be used for more than 35 years.

4.Anti-corrosion: It contains a special preservative ingredient that can effectively avoid corrosion under insulation (CUI), making calcium silicate one of the insulation materials that is least likely to corrode pipes.

5.Environmentally friendly and harmless: It is made of environmentally friendly materials, does not contain any harmful substances, and is non-toxic and non-irritating. Environmentally friendly, ensuring the health and safety of construction workers and users.

6.High cost performance: low energy consumption in the production and preparation process, controllable raw material costs, and high economic benefits. Solid waste utilization, green and environmentally friendly, has social benefits, and reduces the operating costs of enterprises.

7.Fast production delivery: Using CNC cutting and molding technology, it can be customized and shipped within 48 hours.

1. Thermal pipe insulation: widely used in thermal pipe insulation, effectively reducing heat loss, maintaining the temperature of the medium in the pipe stable, and reducing energy consumption.

2. Industrial equipment insulation: suitable for thermal insulation of various high-temperature equipment, such as boilers, reactors, heat exchangers, etc., to improve equipment operation efficiency and safety.

3. Building energy saving: in the field of construction, used for thermal insulation of walls, roofs, floors and other parts to improve the energy efficiency of buildings and reduce energy consumption.

4. Ship and marine engineering: suitable for pipe and equipment insulation in ships and marine engineering, with good water resistance and corrosion resistance, adapt to the marine environment.

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