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May 22, 2024
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July 8, 2020
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Novel Waterproof / Water-repellent S Type Zipper


Presenting innovative waterproof zippers meticulously crafted to combine environmental consciousness with remarkable waterproof capabilities.



Water-repellent S Type Zipper

Water Pressure Resistance: 0 cm

  • Zipper tapes using PFC-free Water Repellency
  • Zipper teeth with TPU-Seal**: Zipper teeth remain impervious to water seepage
  • Produced without the utilization of organic solvents
  • Applications: Outdoor Water-repellent Apparel / Lightweight Tent

** Color options available for zipper teeth seals

Waterproof S Type Zipper

  • Zipper tapes with TPU-coating
  • Zipper teeth with TPU-seal**: Zipper teeth remain impervious to water seepage
  • Applications: Outdoor Waterproof Apparel / Attire for Outdoor / Fishing Ice Packs / water-repellent Rucksacks / Weatherproof / Ponchos / Waterproof Footwear / Protective Shoe Wraps

** Color options are available for the coating of zipper tapes
and the seals of zipper teeth

**Pros

  1. Produced without the utilization of organic solvents
  2. Utilizes environmentally friendly TPU Coating and PFC-free Water Repellency
  3. The zipper successfully passed tests for SVHC, organic solvent free, and PFC-free composition.
  4. The TPU coating material can be directly heat-pressed and fused with the fabric, diminishing the need for subsequent sewing processes and contributing to carbon reduction in the manufacturing process.

Distinctive Square-Head Non-Locking Slider
Enhances the Water-repellent Effect of the Zipper

The slider boasts a unique design at its upper and lower extremities, coupled with a zipper that lacks both top and bottom stops. This arrangement allows for a seamless connection between the slider and the product's fabric on both sides, effectively preventing water seepage that can occur due to insufficient closure of the slider and zipper.  

  • The slider's design helps to keep out sand and soil, making it suitable for outdoor commodities.
  • A low-friction design curbs the attrition of water-repellent zippers, reducing the likelihood of damage.