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  • Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens
  • Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens
  • Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens
  • Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens
  • Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens
  • Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens
Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens
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Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens

  • 5 - 49 Square Meters
    $35
  • 50 - 499 Square Meters
    $32
  • >= 500 Square Meters
    $30

Customization:

Size(Min.Order: 1 pieces)

Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Anti-Static Conductivity: Designed to prevent static buildup during material handling, ensuring safe and efficient processing of sensitive materials like wood fiber boards and nonwovens.
  • Durable Mesh Structure: Reinforced polyester mesh with metallic edge loops provides strength and flexibility, enabling smooth conveyance while resisting wear and tear.

Key features

  • 1. Material Technology: Corrosion-Resistant Stainless Steel Loops & Conductive Polyester

  • With corrosion-resistant stainless steel loops and anti-static polyester material, you can ensure long-lasting durability and static-free operation in industrial environments. The metal loops provide reinforced strength for heavy-duty use, while the conductive polyester prevents static buildup during material handling.

  • 2. Performance Parameters: Breathable Open-Mesh Design for Delicate Materials

  • With an open-mesh structure optimized for airflow, you can efficiently convey lightweight, sensitive materials like wood fiber boards and nonwovens without damage. This design reduces heat retention and friction, outperforming solid belts in precision applications*.

  • 3. Scenario Solutions: Tailored for High-Volume Production Lines

  • Designed specifically for wood fiber board and nonwoven manufacturing, you can achieve seamless material transport in high-static environments. The anti-static properties minimize production disruptions caused by static-related material adhesion or damage.

  • 4. Certification Standards: EPR Germany & FDA GRAS Compliance

  • With EPR Germany certification and FDA GRAS approval, you can meet stringent environmental and safety regulations. This ensures safe use in food-grade applications and compliance with European sustainability standards*.

  • 5. Interactive Design: Pre-Installed Metal Loops for Easy Installation

  • With pre-installed stainless steel loops, you can simplify conveyor system integration and secure attachments for stable operation. This reduces downtime compared to belts requiring custom hardware installation*.

Product details

Antistatic Synthetic Mesh Belts | Conductive Conveyor Belts | Antistatic Process Belts for Wood Fiber Boards and Nonwovens

The Antistatic Synthetic Mesh Belts are engineered for precision material handling in industries requiring static control, such as wood fiber board manufacturing and nonwoven production. Constructed from anti-static polyester with reinforced stainless steel grommets, these belts ensure safe, efficient conveyance while meeting EPR (Germany) and FDA GRAS compliance standards.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialPolyester with anti-static treatmentPrevents static buildup in sensitive processes
Edge ReinforcementStainless steel grommets (evenly spaced)Secure attachment for heavy-duty machinery
CertificationsEPR Germany Packing, FDA GRASCompliance for food-safe and eco-conscious industries
Conductivity≤1 × 10⁶ Ω/sq (anti-static rating)Safe handling of flammable or electrostatic materials

Customization guide

Adjustable grommet spacing (from 5cm to 15cm intervals) and belt width (up to 2m) to meet specific conveyor system dimensions or material flow requirements.

Get inspired

With anti-static properties, you can eliminate static-related defects in nonwoven production. The reinforced stainless steel grommets ensure durability in high-traffic industrial environments, while compliance with EPR and FDA standards expands usability across food, packaging, and construction sectors.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Conductivity≤1 × 10⁶ Ω/sq≤1 × 10⁵ Ω/sq (+10%)≤1 × 10⁴ Ω/sq (+30%)
Tensile Strength120 N/cm150 N/cm (+25%)180 N/cm (+50%)
Operating Temp.-10°C to +60°C-20°C to +80°C-30°C to +100°C*

Supplier's note

  1. Breakthroughs:

    • The Pro Model’s ultra-low conductivity (30x better than industry norms) eliminates static in high-risk environments.
    • Advanced Model’s expanded temp range enables use in cold storage or high-heat manufacturing.
    • Stainless steel grommets provide 20% faster installation compared to traditional bolt systems.
  2. Optimal Selection:

    • Base Model: Ideal for standard wood fiber board conveyance where moderate conductivity suffices.
    • Advanced Model: Best for nonwoven producers needing cold/heat resistance (e.g., automotive insulation).
    • Pro Model: Required for explosive environments (e.g., chemical processing) where zero static risk is critical.

*Pro Model’s +100°C rating exceeds industry benchmarks by 40%.

Frequently asked questions

  • Which antistatic conveyor belt suits wood fiber board production best?

  • How to clean antistatic mesh belts in nonwoven manufacturing?

  • Polyester vs PVC in antistatic conveyor belts – which is better for nonwovens?

  • Can antistatic mesh belts be customized for conveyor systems?

  • Is your antistatic conveyor belt FDA-approved for nonwoven applications?

  • How does the anti-static feature benefit wood fiber processing?

  • Why is polyester preferred for antistatic conveyor belts in industrial settings?

  • What are the reinforced edges with metal loops on the mesh belts for?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionAutomotive Assembly LinesPolyester (ISO 1806: Type 31)Lightweight, chemical-resistant (ASTM D543)Lower heat resistance vs.芳纶材料 (max 85°C)
Static DissipationElectronics ManufacturingSurface Resistance ≤1×10⁶ Ω (IEC 61340-5-1)Prevents ESD damage to sensitive componentsRequires regular conductivity testing
Load CapacityFood Processing Conveyor Systems250 kg/m² (ISO 3801)Supports heavy payloads for bulk materialsReduced flexibility compared to lighter belts
Noise LevelPharmaceutical Clean Rooms43 dBA (ISO 1996)Quieter than Industry Standard (55 dBA)Premium noise-dampening adds 15% cost
CertificationsMedical Device Packaging LinesEPR Germany Packing + FDA GRASCompliance for EU/US food/pharma regulationsLimited to certified regions
Edge ReinforcementOutdoor Material HandlingStainless Steel Grommets (ASTM A153)Corrosion-resistant attachment pointsAdds 10% weight vs. un-reinforced edges

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