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  • PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt
  • PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt
  • PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt
  • PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt
  • PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt
  • PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt
PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt
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PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt

  • >= 10 Square Meters
    $5

Customization:

size(Min.Order: 10 pieces)

PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Material Handling & Heat Resistance: Designed for high-temperature environments in screen printing conveyor systems and dryer machines, enabling efficient material transport while resisting thermal degradation.
  • Non-Stick Surface: PTFE coating ensures easy cleaning and prevents adhesion of inks or residues, ideal for precise printing and drying processes.
  • Airflow Optimization: Open mesh structure facilitates even heat distribution and airflow, critical for industrial drying and curing applications.

Key features

  • 1. Advanced Material Technology

  • With a PTFE-coated fiberglass core, this conveyor belt ensures superior heat resistance and non-stick performance, ideal for high-temperature drying processes. The PTFE coating reduces material adhesion compared to uncoated belts*, while the open mesh design allows efficient airflow.

  • 2. Optimized Performance for Industrial Use

  • The open mesh structure enables 30% faster drying times in screen-printing and conveyor systems*, thanks to enhanced air circulation. The fiberglass material guarantees chemical resistance and long-term durability, outperforming belts made with less robust materials.

  • 3. Compliance with Global Safety Standards

  • Certified to EC (No) 1935/2004 (EU food contact regulations) and ASTM D 6413/F963 (safety for consumer products), this belt ensures safety in food-grade and children’s product manufacturing environments. Its compliance reduces regulatory risks for commercial users.

  • 4. Flexible and Reinforced Design for Versatility

  • The curved, grid-patterned structure and reinforced red edges provide superior flexibility and edge durability, enabling seamless integration into complex machinery setups. This design extends lifespan compared to belts without reinforced edges*, making it suitable for continuous industrial operations.

  • 5. Eco-Friendly Compliance with EPR Regulations

  • With EPR certifications for Germany and France, this belt meets stringent packaging waste and recycling standards, reducing environmental impact. This makes it a sustainable choice for manufacturers prioritizing circular economy practices.

Product details

PTFE Coated Open Mesh Belt Screen Printing Conveyor Belt Dryer Machine Belt

The PTFE Coated Open Mesh Belt is a versatile fiberglass conveyor belt designed for screen printing and dryer machine applications. Combining metallic and plastic materials with reinforced edges, it offers durability, flexibility, and precision for industrial use. Certified to EPR standards (Germany/France), EC 1935/2004, and ASTM safety norms, this belt ensures compliance with global packaging and material regulations.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionFiberglass core with PTFE coatingWithstands high temperatures in industrial dryers
Mesh PatternOpen grid structure (10x10 mm spacing)Ensures airflow for efficient drying processes
Edge ReinforcementRed thermoplastic rubber (TPR) coatingPrevents wear in high-friction conveyor systems
CertificationsEPR_Germany/France, EC 1935/2004, ASTM D6413/F963Meets food safety and packaging compliance
Flexibility180° curvature capabilityAdapts to curved conveyor paths in manufacturing lines

Customization guide

Adjustable parameters:

  • Mesh size: Customize grid spacing (5–20 mm) for material flow optimization.
  • Coating thickness: Vary PTFE layer (0.1–0.5 mm) for temperature resistance or chemical durability.
  • Edge material: Replace TPR with silicone or polyurethane for specialized environments.

Get inspired

With its open mesh design and PTFE coating, this belt excels in high-heat environments like textile drying or food packaging. The reinforced edges ensure longevity even under heavy loads, while compliance certifications make it ideal for regulated industries.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Temperature Resistance260°C+15% (300°C)+30% (350°C)*
Load Capacity500 kg/m²600 kg/m²750 kg/m²
Chemical ResistanceStandard (pH 2–12)Enhanced (pH 1–13)Premium (pH 0–14)*

Supplier's note

  1. Technical Breakthroughs:

    • PTFE Coating: Reduces friction by 20% compared to bare fiberglass, extending belt lifespan.
    • Reinforced Edges: TPR coating increases edge durability by 40%, critical for high-tension conveyors.
    • Material Blend: Fiberglass core provides 30% higher tensile strength than plastic-only belts.
  2. Version Selection Guide:

    • Base Model: Ideal for standard screen printing lines (e.g., textile printing) where moderate heat and load are primary concerns.
    • Advanced Model: Suitable for food processing (e.g., snack drying) requiring pH-resistant surfaces and higher load capacity.
    • Pro Model: Designed for chemical plants or high-temperature applications (e.g., ceramic firing), with triple the industry-standard chemical resistance.

With the Pro Model’s 350°C tolerance, you can safely dry heat-sensitive materials without deformation. Pair its pH 0–14 resistance with the TPR edge coating to ensure seamless operation in corrosive environments.

Frequently asked questions

  • Which PTFE coated open mesh belt suits high-temperature conveyor systems?

  • How do I clean a PTFE coated conveyor belt after screen printing?

  • Fiberglass vs Stainless Steel: Which conveyor belt material is better for food packaging?

  • Can this conveyor belt be customized for irregular dryer machine shapes?

  • Is the PTFE coating FDA-approved for food conveyor systems?

  • What makes your open mesh belt more durable than standard conveyor belts?

  • Which conveyor belt works best for screen printing ink drying applications?

  • Can the grid pattern be modified for specialty conveyor systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Chemical ResistanceIndustrial chemical processing, food packagingIndustry Standard: ASTM D543 (withstands 50+ chemical exposures)
Our Base: ASTM D6413 (60+ exposures) ▲
Our Advanced: ASTM F739 (80+ exposures) ▲▲ (Resists aggressive solvents)
Enhanced durability in harsh environmentsAdvanced version may require specialized storage
Heat ResistanceHigh-temperature drying ovensIndustry Standard: Up to 150°C (ISO 105)
Our Base: 200°C (ASTM D6413) ▲
Our Advanced: 250°C (EC 1935/2004) ▲▲ (Food-safe at elevated temps)
Safe for extreme thermal applicationsAdvanced versions may need cooling systems
Edge DurabilityHeavy machinery with high frictionIndustry Standard: 5000 cycles (ASTM D5035)
Our Base: 7000 cycles (red plastic reinforcement) ▲
Our Advanced: 10,000 cycles (metal-reinforced edges) ▲▲ (Withstands abrasive wear)
Longer lifespan in rugged environmentsMetal edges add weight to the belt
FlexibilityCurved conveyor pathsIndustry Standard: Bend radius 200mm (ISO 3801)
Our Base: 150mm (PTFE coating) ▲
Our Advanced: 100mm (extra-flexible weave) ▲▲ (Fits tight curves)
Adapts to complex machinery layoutsTighter bends may reduce load capacity
Compliance CertificationsEU-regulated industriesIndustry Standard: Basic CE compliance
Our Base: EPR Germany/France (packaging) ▲
Our Advanced: EC 1935/2004 + ASTM F963 ▲▲ (Food-safe & child-safe)
Meets strict regulatory requirementsAdvanced certifications increase upfront costs
Material CompositionLightweight yet strong applicationsIndustry Standard: Steel mesh (200g/m²)
Our Base: Fiberglass (180g/m²) ▲
Our Advanced: Fiberglass+PTFE (220g/m²) ▲▲ (Reduces friction)
Lighter than steel, low maintenancePTFE coating may peel under extreme UV exposure

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