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Reflective Polyurethane Based Adhesive Copolyester Hot Melt Adhesive Film For Textile Fabric

Reflective Polyurethane Based Adhesive Copolyester Hot Melt Adhesive Film For Textile Fabric

Product Details:
Place of Origin: Nantong Jiangsu
Brand Name: JCC
Certification: OEKO-TEX; REACH; ROHS;ISO;ZDHC
Model Number: JCC-PES F907/F908
Document: Hot melt adhesive film.pdf
Detail Information
Place of Origin:
Nantong Jiangsu
Brand Name:
JCC
Certification:
OEKO-TEX; REACH; ROHS;ISO;ZDHC
Model Number:
JCC-PES F907/F908
Material:
Copolyester
Conventional Thickness:
0.05mm,0.06mm,0.08mm,0.10mm,0.12mm
Washing Resistant:
40℃
Capacity:
1,000,000sqm/month
Feature:
Easy To Operate, Excellent Bonding Strength
Main Application:
To Manufacture Heat Transfer Vinyl
Applicable Material:
Film To Cotton, Polyester, Cotton-poly Blends, Nylon, And Most Textiles
Highlight:

High Light

Highlight:

Reflective polyurethane based adhesive

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0.05mm polyurethane based adhesive

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hot melt adhesive film for textile fabric

Trading Information
Minimum Order Quantity:
10000 square meters
Price:
$0.2-0.6/sqm
Packaging Details:
1 or 2 rolls per carton according to roll diameter and weight
Delivery Time:
7-15days
Payment Terms:
L/C,D/P,T/T
Supply Ability:
1,000,000sqm/month
Product Description
PES Adhesive Film Copolyester Hot Melt Glue for Reflective Material
Product Specifications
Attribute Value
Material copolyester
Conventional Thickness 0.05mm, 0.06mm, 0.08mm, 0.10mm, 0.12mm
Washing Resistant 40℃
Capacity 1,000,000sqm/month
Feature Easy to operate, excellent bonding strength
Main Application To manufacture heat transfer vinyl
Applicable material film to cotton, polyester, cotton-poly blends, nylon, and most textiles
Product Description
The PES Adhesive Film is a premium-quality copolyester-based hot melt adhesive film specially developed for bonding reflective materials used in safety wear, sports apparel, signage, and outdoor gear. This adhesive film provides a strong, durable bond between reflective films and various textile substrates, ensuring long-lasting adhesion without compromising the flexibility or brightness of the reflective surfaces.
Designed with precision and reliability in mind, the PES adhesive film offers excellent heat activation properties, allowing for efficient lamination through heat press or industrial pressing systems. Its optimized melting range ensures clean melting and uniform bonding, reducing production downtime and improving product quality.
Applications
  • Safety and high-visibility clothing
  • Sports and outdoor apparel with reflective accents
  • Reflective signage and labels
  • Bags, backpacks, and accessories with reflective elements
  • Industrial workwear requiring reflective tape bonding
Technical Specifications
Material Type Release substrate Melting Range Recommended press temp
PES F907 No 90-110℃ 130-145℃
PES F908 No 90-110℃ 130-145℃
Key Features
  • Strong Adhesion: Forms a reliable and permanent bond with reflective films and diverse fabric types such as cotton, polyester, nylon, and blends.
  • High Durability: Resistant to washing, abrasion, and outdoor exposure, maintaining adhesion and reflective properties over time.
  • Excellent Flexibility: Keeps the softness and stretchability of the fabric and reflective material intact, ideal for garments requiring comfort and mobility.
  • Uniform Film Structure: Ensures even melting and bonding with minimal residue, supporting high-quality finishes without affecting reflectivity.
  • Temperature Optimized: Melts consistently within a controlled temperature range for smooth processing and energy efficiency.
Frequently Asked Questions
What types of reflective materials is this adhesive film suitable for?
It is suitable for a wide range of reflective films and tapes, including microprismatic reflective materials, glass bead reflective materials, and other high-brightness reflective fabrics.
Will the adhesive film affect the reflective performance after lamination?
No. The PES adhesive film is designed as a transparent or black thin film that does not affect the brightness or reflectivity of the reflective material.