The Black Anti-Static Series incorporates highly conductive carbon materials into a PTFE coating, giving the fabric unique electrical properties.

PTFE Fiberglass fabric Its core advantages are as follows:

Superior Static Discharge Capability: Effectively eliminates static electricity generated by friction in industrial production, preventing fires, explosions, or damage to electronic components caused by static buildup, ensuring a safe working environment.

Enhanced Abrasion Resistance and Thermal Conductivity: The carbon additives not only improve surface hardness and wear resistance but also enhance the material's thermal conductivity, resulting in more uniform heat sealing or drying processes.

Inheriting the Excellent Properties of PTFE: While maintaining conductivity, it retains excellent high-temperature resistance (260°C), superior non-stick properties, and chemical stability, meeting the demands of harsh industrial environments.

This series is ideal for electronics manufacturing, flammable and explosive chemical environments, and high-precision packaging lines.

Tear Resistant Series: Key Benefits

The Tear Resistant Series is specifically engineered for high-stress, heavy-duty mechanical environments. By optimizing the internal substrate structure, it maintains structural integrity even under extreme conditions.

Superior Mechanical Strength: Utilizing high-density interwoven fiber substrates, this series significantly enhances tensile and tear resistance. Even if punctured by sharp objects, the material effectively prevents cracks from propagating, extending its overall service life.

Excellent Flex-Fatigue Resistance: Compared to standard models, it is far less prone to cracking or delamination under frequent bending and high-speed operation. This makes it an ideal choice for high-frequency reciprocating conveyor belts, reducing downtime and replacement costs.

High-Performance Protective Coating: It retains all the premium PTFE properties, including high-temperature resistance, corrosion resistance, and a low coefficient of friction. The smooth, stable surface ensures consistent release and prevents material buildup, even under heavy loads.

The Porous Series employs a special loose coating process, allowing the fabric to retain PTFE properties while providing excellent breathability.

Teflon conveyor belt Excellent air and moisture permeability: Allows free passage of air and moisture, making it ideal for vacuum drying, pneumatic conveying, and curing processes.

Controlled surface non-sticking: Prevents material adhesion without obstructing fluid circulation like fully coated fabrics, ensuring smooth processing.

Extremely high heat stability: Maintains stable physical properties and good mechanical flexibility even in high-temperature airflow environments.

Heavy Belting Series is engineered for high-load and continuous industrial operations, focusing on maximum durability.

Extreme Strength: Reinforced with thick fiberglass or Aramid substrates, it offers superior load-bearing capacity and prevents deformation under high tension.

Impact Resistance: The heavy-duty coating protects against abrasive materials and sharp impacts, significantly extending the belt's service life.

Dimensional Stability: Its low-elongation design ensures precise tracking and stable performance during high-speed, high-temperature processing.

PTFE / MEACOR Series combines the chemical resistance of PTFE with the extreme mechanical strength of MEACOR® fibers.

Superior Tensile Strength: Features exceptional resistance to stretching and tearing, making it much stronger than standard fiberglass-based fabrics under high tension.

High Flex-Fatigue Resistance: Specifically designed for small-diameter pulleys and frequent bending, effectively preventing fabric cracking during rapid, repetitive cycles.

Steam & Moisture Resistance: Unlike fiberglass, MEACOR® remains stable in moist or steamy environments, maintaining its integrity in wet processing conditions.

PTFE / Glass Open-Mesh Fabric Series is designed for maximum airflow and efficiency in thermal processing environments.

Teflon mesh belt High Air Permeability: The open-mesh structure allows for rapid air circulation, significantly speeding up drying and cooling processes.

Superior Non-Stick Surface: Prevents resins, fats, and sticky substances from adhering, ensuring easy cleaning and consistent product release.

Chemical & Thermal Stability: Operates reliably from -70°C to +260°C while remaining inert to most industrial chemicals and cleaning agents.

PTFE / Glass Anti-Static Open-Mesh Fabric Series blends the benefits of high airflow with specialized electrical conductivity.

Static Dissipation: Infused with carbon to eliminate static buildup during movement, preventing sparks and protecting sensitive electronic components or materials.

Teflon mesh belt Efficient Thermal Transfer: The open-mesh design ensures maximum air circulation, reducing drying times and ensuring uniform heat distribution throughout the process.

Exceptional Release Properties: Maintains a high-performance non-stick surface that resists resins and adhesives, even in demanding high-temperature environments.