Technology / product information

Polyamide nonwoven fabric with water absorption, heat resistance (~225°C), and chemical durability for filtration, machinery & industrial use.

Polyamide Nonwoven Fabric for Extreme Environments
Polyamide nonwoven fabric is engineered to deliver water absorption, heat resistance, and chemical durability. Tapyrus manufactures advanced polyamide-based nonwovens designed to perform in moisture-sensitive, high-temperature, and chemically aggressive environments making them ideal for filtration, industrial machinery, and protective applications.

Key Features of Polyamide Nonwoven
- High Moisture Absorption
Amide group structure enables excellent water and liquid uptake, making it ideal for absorbent filtration media.

- Heat Resistance (~225°C)
Maintains mechanical and chemical stability under elevated operating temperatures.

- Chemical Resistance
Performs reliably against solvents, oils, and aggressive industrial chemicals.

- Durability & Strength
Provides long-term operational reliability with minimal degradation, even under stress.

Technical Specifications
- Main Material: Polyamide
- Melting Point: ~225°C
- Absorption: High water and liquid absorption capacity
- Customization: Available in tailored thicknesses, designs, and forms for specific applications

Applications
- Absorbent Filters
Effective in liquid collection, separation, and purification systems.

- Industrial Components
Reliable in chemical plants, manufacturing facilities, and high-stress equipment.

- High-Temperature Machinery
Used as protective elements in electronics, mechanical parts, and industrial assemblies.

Why It Matters
Industries operating under extreme heat, chemical exposure, or fluid-handling demands require materials with exceptional stability and absorption. Tapyrus’s polyamide nonwoven fabric provides engineers with a durable, high-performance, and cost-effective solution for critical industrial applications

※ For more details, please contact us below or download the document for further information.

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