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Annual Output
Steel strip: approximately 50-80 tons/year Steel strip laminating machine (single/double steel strip): 10-15 units/year (customized non-standard equipment, single unit production capacity 500-1400kg/h). Steel strip cooling/forming system: 5-8 sets/year
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Cleanroom Steel Belts for Lithium Battery and New Energy

Quantity:
SKU: 4050250985
Model: Special requirement steel belts

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Product Details
Cleanroom Steel Belts for Lithium Battery and New Energy

Cleanroom Steel Belts for Lithium Battery and New Energy

Our steel belts for new energy applications are manufactured to ultra-clean standards: oil-free, dust-free, and easy to clean. With high thermal conductivity (15-20 W/m·K), they enhance drying efficiency by 25% and reduce energy consumption by 18%. Suitable for Class 1000 cleanrooms.

Key Selling Points

  • Ultra-Clean Surface: Oil-free, dust-free, easy to clean, meeting Class 1000 cleanroom requirements (source: new energy case).
  • High Thermal Conductivity: 15-20 W/m·K increases drying efficiency by 25%, reduces energy consumption by 18% (source: new energy case).
  • Dimensionally Stable: Prevents pole deformation, improves yield by 2-3% (source: new energy case).
  • High Temperature Resistance: Operates at 120-200°C in dust-free environment (source: new energy scenario).
  • Customizable: Width 1000-1500mm, thickness 0.8-1.5mm, seamless welding (source: new energy case).

Technical Specifications

ParameterValue
Material304, 316L, or custom alloy
Temperature Range120-200°C (cleanroom)
Width1000-1500 mm
Thickness0.8-1.5 mm
Thermal Conductivity15-20 W/m·K
CleanlinessClass 1000

Models and Options

Customizable in 304, 316L, or high-temp alloys. Options for perforations, slots, and precise edges (source: product params).

Materials and Structure

Made from high-grade stainless steel with seamless welding. Surface polished to prevent dust accumulation and ensure easy cleaning (source: new energy scenario).

Applications

  • Pole drying/curing lines for lithium batteries
  • Diaphragm cooling and conveying
  • Film curing lines in cleanroom environment

Customization

We customize dimensions, surface finish, and special structures. MOQ: 1 piece (source: purchase info).

Case Study

New Energy Material Enterprise (Lithium Battery/Diaphragm)

Application: Pole drying/curing line, diaphragm cooling conveying at 160-200°C.
Result: Oil-free, dust-free, Class 1000 compliant. High thermal conductivity increased drying efficiency by 25%, energy consumption reduced by 18%. Stable dimensions increased yield by 2-3%.

FAQ

  • Is the belt suitable for cleanrooms? Yes, it is oil-free and dust-free, meeting Class 1000 requirements.
  • What is the thermal conductivity? 15-20 W/m·K, improving drying efficiency.
  • Can it withstand high temperatures? Yes, continuous operation at 120-200°C.
  • What widths are available? 1000-1500 mm, customizable.
  • How does it reduce energy consumption? By 18% due to efficient heat transfer.

Inquiry Information

Contact sales@bpstek.com or +86-13916661495 for cleanroom-grade belt solutions.

Image Filename and Alt Suggestions

  • Image 63: cleanroom-steel-belt-lithium-battery.png Alt: Cleanroom steel belt for lithium battery pole drying
  • Image 62: oil-free-steel-belt-diaphragm.png Alt: Oil-free steel belt for diaphragm cooling
  • Image 61: high-thermal-conductivity-steel-belt.png Alt: High thermal conductivity steel belt for new energy