IZOLTEX
Coated Fabrics
Engineered Silicone Fabrics for Extreme Heat and Harsh Environments
In high-temperature industrial environments, reliable surface protection and thermal resistance are essential. IZOLTEX silicone-coated fabrics combine the strength of technical fibers—such as fiberglass, high silica and basalt—with the performance of high-grade silicone.
Engineered to resist extreme heat, abrasion, chemicals, and weather, these fabrics are ideal for demanding applications. Whether used as protective covers, thermal shields, insulation jackets, or expansion joint materials, IZOLTEX coated fabrics ensure long-term durability, energy efficiency, and safety—even under the harshest conditions.
IZOLTEX – Silicone-Coated Fabric Line
Explore the complete range of IZOLTEX silicone-coated fabrics engineered for high-temperature protection in demanding industrial environments. Instead of conventional spec sheets, we provide key performance indicators in clear, visual diagrams — helping you easily compare fabric types and choose the optimal solution for your specific application.
Below are the available models of IZOLTEX silicone-coated fabrics, each accompanied by key technical characteristics: fiber composition, base fabric type, temperature resistance (of both fabric and coating), and reference images. This format allows for quick technical comparison and helps you select the fabric best suited for your high-temperature protection needs.
TECHNICAL PARAMETERS
Key Advantages of IZOLTEX Silicone-Coated Fabrics
IZOLTEX fabrics coated with silicone are designed for demanding industrial environments. The silicone layer enhances the performance of the base fabric, providing a range of critical benefits:
Vibration Resistant. Maintains flexibility and adhesion in vibrating systems.
Weather-Resistant. Withstands UV radiation, rain, snow, and temperature changes.
Cold-Weather Flexibility. Remains pliable at low temperatures — down to -50 °C.
Low Surface Adhesion. Repels dirt, grease, and dust — easy to clean.
Flame-Resistant Options Available. Certain coatings meet fire safety standards and are halogen-free.
Dimensional Stability. Resists deformation from heat, moisture, or tension.
Extended Fabric Lifespan. Silicone acts as a sealant layer, protecting the underlying fibers.
Exceptional Strength. Reinforced structure for durability under mechanical stress.
Excellent Abrasion Resistance. Prolonged service life in high-friction environments.
Clean Cut Edges. No fraying when cut — no need for edge overlocking.
Enhanced Cut and Puncture Resistance. Maintains integrity even under sharp or pointed contact.
High Chemical Resistance. Performs reliably in contact with oils, fuels, acids, and solvents.
Waterproof Barrier. Prevents penetration of liquids, including under pressure.
- Heat Resistant. Operates continuously at elevated temperatures (up to +250 °C and beyond, depending on the compound).
How to Place an Order
Ordering our silicone-coated fabrics is simple:
- Choose the right fabric for your application — based on material, coating type, and temperature resistance
- Define the dimensions — specify required width and, if applicable, approximate thickness
- Contact us via email or phone with your request
- Receive a quotation including lead time and delivery options
- Confirm your order — we’ll handle the rest
Understanding the Product Code
Our product codes follow a clear and logical structure.
They indicate the fabric type, base material, silicone coating or treatment, and intended application.
This coding system makes it easy to navigate through multiple options — especially when comparing fabrics by temperature resistance, chemical durability, or mechanical performance.
IZOLTEX-XXS-Y-Z
XX – fabric type
S – silicone coating
Y – thickness
Z – width
Sample: IZOLTEX-50s-2-1000 | Insulation fabric IZOLTEX; fiberglass yarn; silicone-coated; thickness 2 mm, width 1000 mm
