Matte foil and matte film

Specifications
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Product Description
  • Ultra-wideband performance from UV to IR
  • Aluminum foil and plastic materials available
  • Low outgassing adhesive and adhesive-free versions available
LBTEK's matte foil and matte film utilize ultra-black nano-coating technology, capable of absorbing nearly all visible and infrared light. Users can adjust the absorption or reflection levels as needed, with absorption rates ranging from 96% to 99%. Substrate materials include aluminum and plastic; aluminum is more durable, while plastic is non-conductive, making it suitable for non-conductive light-absorbing applications. Note: The deep black surface is not fingerprint-resistant or scratch-resistant. Please handle with care using finger cots or gloves to avoid contamination. If dust particles are present, they can be removed using gas blowing.
Attributes
Size (mm)200 mm×300 mm
Operating Temperature Range-250 ℃ ~ +250 ℃
Matte Light-Blocking Film
  • Flexible, Trimmable
  • Significantly Reduces Stray Light
  • Substrate: Aluminum Foil, Plastic
  • Absorption Rate: 96% ~ 99%
  • Dimensions: 200 mm × 300 mm
  • Operating Temperature Range: -250 ℃ ~ +250 ℃
  • Optional: Without Adhesive or with Low Outgassing Adhesive

The matte light-blocking film provided by LBTEK utilizes ultra-black nano-coating technology, which can absorb almost all visible and infrared light. Users can adjust the absorption or reflection rate as needed, with absorption rates ranging from 96% to 99%. Operating temperature range: -250°C to +250°C, allowing for stable use in extreme environments. Substrate materials include aluminum foil and plastic. The aluminum foil has a thickness of 0.15 mm, making it more durable, while the plastic has a thickness of 0.075 mm and is non-conductive, suitable for non-conductive light absorption scenarios. Note: The deep black surface is not fingerprint-resistant or scratch-resistant. Please handle with care using finger cots or gloves to avoid contamination. If dust particles are present, they can be removed using gas blowing.

Matte Light-Blocking Film Technical Data

Product Model
Base material
Absorptivity
Hemispherical reflectance
Backside Processing
Unit Price
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LAF96L-A NewAluminum96 %≤ 4 %$120.28today
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LAF96N-A NewAluminum96 %≤ 4 %$117.41today
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LAF96N-P NewAluminum96 %≤ 4 %$117.41today
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LAF96L-P NewAluminum96 %≤ 4 %$120.28today
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LAF975N-A NewAluminum96 %≤ 4 %$163.69today
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LAF975L-A NewAluminum96 %≤ 4 %$166.30today
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LAF975N-P NewAluminum96 %≤ 4 %$163.693 weeks
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LAF975L-P NewAluminum96 %≤ 4 %$166.30today
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LAF99N-A NewAluminum96 %≤ 4 %$191.013 weeks
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LAF99L-A NewAluminum96 %≤ 4 %$193.633 weeks
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LAF99N-P NewAluminum96 %≤ 4 %无背胶$191.013 weeks
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LAF99L-P NewAluminum96 %≤ 4 %$193.63today
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