上海圣奎塑业有限公司

SW Silicone Integrated Anti Strike Special Insulation Board

Silicone insulation board is an A (A2) grade non combustible insulation material composed of polystyrene particles and inorganic materials such as silicon and calcium, which are coated with inorganic slurry, molded, subjected to high temperature and high pressure, silicon calcium reaction molding, and secondary micro foaming processes. It is a new type of non cement-based silicon calcium composite insulation material.

According to the application type, it can be divided into F type and P type. F type can be used as an A-level non removable insulation template, applied to the integrated system of cast-in-place concrete insulation exterior walls and the integrated system of prefabricated concrete reverse insulation exterior walls; P-type can be used as A-level non combustible insulation board, applied to external wall insulation thin plastering system, insulation decoration integrated board system, composite insulation wall and other systems.

According to the enhanced structure of the product, it can be divided into N-type (without enhanced mesh), S-type (with built-in single-layer enhanced mesh), and M-type (with built-in double-layer enhanced mesh). Silicon ink thin insulation board has excellent properties such as low thermal conductivity, high compressive elastic modulus, high strength, non flammability, low water absorption, and good durability, which can achieve insulation and structural life.

优势特点

Advantages and Characteristics

01

A-class non combustible

Adopting non cement-based silicon calcium composite technology, achieving A (A2) level non combustible, low thermal conductivity, and good energy-saving effect
02

High toughness and strength

Equipped with a double-layer steel mesh structure, the material has excellent compressive and tensile properties, outstanding bending and impact resistance, and can replace external formwork for synchronous pouring with concrete
03

Safe and reliable

Fully bonded with concrete walls without cavities, supplemented by necessary anchoring measures, to achieve the unity of silicone insulation and structure, effectively solving the problems of insulation detachment and hollowing of building exterior walls
04

Short construction period

The insulation and structure are poured and formed in one go, which reduces the need for secondary insulation construction and effectively shortens the construction period compared to traditional external wall insulation systems
05

Low water absorption rate

The unique secondary foaming and high-temperature high-pressure process make the material denser, with low water absorption and excellent crack resistance, avoiding potential risks such as cracking, peeling, and water seepage, and improving long-term durability
06

Simple construction

Same as traditional template technology, but the construction process is simple, convenient, and easy to operate. Can achieve large-sized specifications of 1.2m × 3.0m and above, with fewer seams
07

Environmentally friendly

No pollutant emissions during the production process, 100% recycling of production waste, no use of high-energy consuming raw materials such as cement, and the raw materials do not contain formaldehyde, harmful VOCs, etc., making them green, low-carbon, and environmentally friendly. Indoor environmental applications are more reassuring
08

Integration of insulation and structure

Silicone insulation board can meet the requirements of over 160 thermal rain cycles and over 80 freeze-thaw cycles, far exceeding national regulations. The insulation material is integrated with the wall structure, truly achieving the goal of insulation and building wall with the same lifespan

参数表

Parameter Table

Project	Index
Dry density, kg/m3	180-220
Compressive strength, MPa	≥0.30
The tensile strength perpendicular to the board surface, MPa	≥0.20
Compressive modulus of elasticity, kPa	≥20000
Flexural load, N	≥3000
Bending deformation, mm	≥6
Volume water absorption rate,%	≤10
Thermal conductivity (25 ℃), W/(m·K)	≤0.055
Softening coefficient	≥0.8
Dry shrinkage,%	≤0.3
Combustion performance level	Grade A (A2)