Myreal Calcium Silicate Pipe Insulation for Industry Equipment

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Product Description

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Basic Specifications

Model NO.
MR-CS-220
Feature
Highly Stretchable
Resistance
Thermal Shock Resistance
Heat Conduction
Low Heat Conduction & Capacity
Inner Diameter
13-1524mm
Thickness
30-100mm
Max Temp
1000ºC
Apparent Density
≤170 Kg/M3
HS Code
68061010
Refractoriness
1100° C to 1430° C
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Product Description

Calcium silicate 220 is engineered using inorganic siliceous and calcareous materials, processed through advanced high-temperature and high-pressure hydrothermal reaction technology. This product is ISO9001 certified and demonstrates exceptional performance at temperatures up to 650ºC.

One of the most significant advantages is its ability to provide superior protection to pipelines due to its ultra-low chloride ion content. Through continuous technological advancement, thermal conductivity has been successfully reduced from 0.065 to 0.049.

Calcium Silicate Pipe Insulation
Calcium Silicate Pipe Insulation 2
Insulation Material Detail
Insulation Material Detail 2
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Technical Parameters

Insulation Board / Pipe (650ºC Series)

DescriptionCalcium Silicate Insulation Series
Maximum Use Temperature (ºC)650
Density (kg/m³)230±10%250±10%
Modules of Rupture (MPa)≥0.30≥0.45
Compressive Strength (MPa)≥0.50≥0.60
Thermal Conductivity (100ºC)≤0.057≤0.062
Thermal Conductivity (400ºC)≤0.098≤0.109

High Temperature Series (1000ºC)

DescriptionHigh Temp Insulation Board
Maximum Use Temperature (ºC)1000
Chemical CompositionSiO2: 46-48%CaO: 39-41%MgO: 0.5-0.7%
Density (kg/m³)230±10%250±10%270±10%
Compressive Strength (MPa)≥0.75≥0.85≥0.95
Thermal Conductivity (600ºC)≤0.132≤0.136≤0.138
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Key Characteristics

Advantages Comparison
  • Durability: High resistance to continuous heat load without degradation.
  • Stability: Maintains shape and structure within the specified temperature range.
  • Thermal Efficiency: Unmatched adiabatic performance via low thermal conductivity.
  • Lightweight & Strong: Highest strength-to-weight ratio among hard thermal insulation products.
  • Long Service Life: Resistant to powdering over long-term use.
  • Easy Installation: Can be cut and shaped using standard carpentry tools.
  • Safe & Hygienic: Asbestos-free, sulfur-free, and chlorine-free; non-toxic.
  • Water Recovery: Maintains performance even after drying if exposed to moisture.
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Applications

This insulation is widely utilized in industrial projects involving tanks, tank bases, pipelines, vessels, and cryogenic ships. It is ideal for the following sectors:

  • Petroleum and Chemical Processing
  • Refrigeration and Cryogenic Engineering
  • Shipbuilding and National Defense
  • Underground and Outdoor Projects
Application Scenarios
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Packaging & Shipping

Packaging Details
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Certifications & Projects

Certificates
Global Projects

PRODUCTION WORKSHOP

Workshop View

Frequently Asked Questions

Q1: What is the maximum temperature this calcium silicate can withstand?

The high-temperature series can withstand up to 1000ºC, while the standard series is rated for 650ºC.

Q2: Is this insulation material safe for the environment?

Yes, the product is asbestos-free and does not contain toxic substances like sulfur or chlorine, making it safe for both hygiene and the environment.

Q3: How does the chloride ion content affect pipeline protection?

Our material features super-low chloride ion content, which provides exceptional protection against corrosion for the pipelines it insulates.

Q4: Can the material be used after it gets wet?

Yes, while it is best kept dry, the material can be reused and will maintain its performance after it has been properly dried.

Q5: Is it difficult to install or cut to size?

Not at all. The material is designed for easy construction and can be cut or shaped using standard carpenter tools.

Q6: What certifications does the product hold?

The production process and the product itself have won ISO9001 certification, ensuring consistent high-quality standards.

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