Detalles del producto

Somos líderes tecnológicos en la industria de fabricación de equipos de ahorro energético y protección medioambiental para plantas de cemento. de ahorro de energía y protección del medio ambiente

Tejido deslizante de aire a alta temperatura

Darko high-temperature air slide fabric uses military-grade aramid fibers and special weaving technology. It handles extreme working conditions. The fabric withstands continuous 280°C temperatures (350°C peak). It delivers over 2000N/5cm tensile strength. The material survives 100,000+ abrasion cycles. Its uniform airflow structure cuts energy use by 15-30%.

Descripción del producto

Technical Specifications of High-Temperature air slide Fabric for Pneumatic Conveying Systems

The high-temperature air slide fabric is a specialized industrial textile designed for pneumatic conveying systems handling high-temperature materials. Manufactured using high-performance heat-resistant fibers through special weaving processes, this product maintains stable air permeability and mechanical strength in high-temperature environments, ensuring long-term reliable operation of conveying systems.

Características principales

✔ Exceptional Temperature Resistance

Continuous operating temperature: -60°C to 280°C

Short-term exposure: Up to 350°C (for 30 minutes)

✔ Superior Mechanical Properties

Tensile strength: >2000 N/5cm (warp direction)

Abrasion resistance: >100,000 cycles (Martindale method)

✔ Special Functions

Low thermal shrinkage (<1.5%@250°C)

Optional anti-static treatment (Surface resistance: 10⁶–10⁹Ω)

Chemical corrosion resistance (Stable in pH 2–12 environments)

Parámetros técnicos

Parámetro

Standard Value

Norma de ensayo

Air Permeability

15–80 L/m²·s @200Pa

ISO 9237

Espesor

1.0–3.5 mm

ISO 5084

Areal Density

350–1200 g/m²

ISO 3801

Burst Strength

≥2.5 MPa

ISO 13938-1

Thermal Shrinkage

≤1.8%@250°C×2h

ISO 3759

Product Advantages

High-Temperature Stability: Maintains performance even at 280°C

Eficiencia energética: Uniform permeability reduces compressed air consumption by 15–30%

Extended Service Life3–5 times longer than conventional materials under the same conditions

Safety & Reliability: Certified under ISO 9001 Quality Management System

Aplicaciones típicas

✔ High-Temperature Material Conveying

Cement plant preheater systems

Metal powder conveying in metallurgy

✔ Chemical Industry

High-temperature catalyst transfer

Plastic pellet drying systems

Fly ash handling in power plants

Biomass fuel conveying

Guía de selección

Standard High-Temperature Applications: PTFE composite type recommended

Highly Corrosive Environments: Fiberglass base + PTFE coating

High-Wear Conditions: Reinforced multi-layer structure

Explosion-Proof Requirements: Conductive fiber-blended models

Usage & Maintenance Recommendations

Install with proper tension (3–5% pre-stretch recommended)

Regularly clean with reverse air blowing (Pressure ≤0.25MPa)

Avoid mechanical damage and sharp object contact

Performance inspection recommended every 6 months

Store away from direct sunlight and humid environments

Note: Customized solutions are available, including special sizes, connection methods, and functional treatments. Please provide detailed operating conditions for optimal product selection.

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