High-Temp Flexible Inorganic Paper

Product Description:

SUNTHERM High-Temp Flexible Inorganic Paper is crafted from high-quality alumina-silica fibers produced by the advanced sol-gel method. It combines cutting-edge material science with precision papermaking technology, endowing the product with exceptional comprehensive performance. As a purely inorganic material, it not only possesses excellent flexibility and a form that is easy to process and cut, but also stands out for its outstanding heat resistance, enabling long-term endurance in extreme high-temperature environments.

In terms of thermal insulation efficiency, the material's micro-fiber structure forms a complex interwoven network that effectively inhibits heat conduction and convection, thereby providing an excellent thermal barrier and significantly reducing heat energy loss. Simultaneously, as a inherently non-combustible inorganic material, it possesses a natural, top-tier flame-retardant characteristic. It can effectively isolate flames in the presence of open flames or high-heat sources, preventing fire spread and providing a higher safety margin for equipment and operating environments.

SUNTHERM High-Temp Flexible Inorganic Paper exhibits exceptional structural stability at high temperatures. Under continuous high-temperature operating conditions, it does not pulverize, shrink, crack, or disintegrate, consistently maintaining its structural integrity and mechanical strength. This ensures the long-term stable operation and durable protection of equipment in extremely harsh conditions, such as in aerospace, industrial furnaces, and new energy vehicles.

Product Features:

Excellent thermal stability: Can be used continuously at temperatures up to 1300°C without structural disintegration or pulverization after high-temperature exposure.

Completely smokeless, non-toxic, and flame-retardant.

Acid and alkali resistance: Exhibits exceptional resistance to all chemicals except hydrofluoric acid, phosphoric acid, and strong alkalis.

Superior thermal insulation, electrical insulation, and aging resistance.

Excellent flame-retardant properties, compliant with EU ROHS Directive.

Product Applications:

High-temperature thermal insulation and heat preservation in industrial settings

Fireproof and safety protection materials

High-temperature components in automotive and aerospace industries

High-temperature filtration and sealing

Specialized packaging and electronic heat dissipation

Product Technical Parameters:

Test Item	Standard	Technical Requirement
Appearance	-	Smooth and flat surface, free from impurities
Loss on Ignition	-	＜1%
Fiber Diameter	-	5.5~7.5 μm
Tensile Strength	GBT 17911-2018	≥200kPa
Flame Retardancy	UL94-V0	Compliant
Thermal Conductivity	GB/T 10297-2015	≤0.04(w/m·k)
ELV	EU ELV Directive 2000/53/EC	Meets limit requirements

 

 

Product Performance Indicators：

Item	IO-AL003	IO-AL005	IO-AL008	IO-AL015	IO-AL020
Thickness (mm)	0.30	0.50	0.80	1.50	2.00
Thickness Range (mm)	0.20~0.40	0.40~0.60	0.70~0.90	1.35~1.65	1.80~2.20
Areal Density (g/m²)	20	30	50	100	150
Range of Areal Density(g/m²)	10~30	20~40	40~60	90~100	135~165

 

Product Certificates：

SUNTHERM has passed a variety of industry certification tests, such as CE, SGS, ASTM, ISO9001-2000, SASO, ROHS, BV, MSDS and so on.

Customer visits:

Packaging Display:
SUNTHERM boasts a professional team with vast experience in tailoring packaging solutions for diverse products across various industries.

 

Related Products:

 

FAQ:

Q1: What are the main components of SUNTHERM IOWOOL flexible inorganic paper?

A1: It is made of polycrystalline alumina-silica (Al₂O₃-SiO₂) fibers produced via the sol-gel method, classifying it as an alumina-silica inorganic material.

 

Q2: Does the product degrade or lose strength at high temperatures?

A2: No, it maintains structural integrity even under high-temperature conditions, with no loss of strength, structural disintegration, or pulverization.

 

Q3: In which high-temperature or extreme environments is it suitable?

A3: It is suitable for applications requiring long-term high-temperature resistance, thermal insulation, and structural stability, such as industrial furnace linings, high-temperature pipe insulation, thermal protection for batteries, and aerospace insulation components.

 

Q4: How does the sol-gel manufacturing process benefit the fiber quality?

A4:The sol-gel process produces fibers with high purity and uniform microstructure. This results in a more consistent crystalline phase (typically mullite), which enhances the material's refractoriness, creep resistance, and dimensional stability at elevated temperatures.

Q5: Can this paper be used in contact with metals or other materials without causing corrosion?

A5: Yes, due to its high chemical stability and low content of impurities (such as fluxes), SUNTHERM IOWOOL paper is non-corrosive and safe for use in contact with most metals and dissimilar materials, provided the temperature limits are respected.

Q6: Is the material resistant to thermal shock?

A6: Absolutely. The fibrous structure and high porosity of the paper provide excellent thermal shock resistance, allowing it to withstand rapid heating and cooling cycles without cracking or spalling.

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