#7 Auto Lock Zipper Slider for Resin and Plastic Zippers
#7 Auto Lock Resin Zipper Slider, Zinc Alloy
| Product: | No.7 Zipper Slider |
| Material: | Zinc Alloy (Customizable) |
| Technics: | Electroplating, Rack Plating, Electrophoresis, Painting |
| Slider Type: | Auto Lock (Also Pin Lock, Non Lock, Reversible Auto Lock, Semi-Auto Lock) |
| Color: | Customizable |
| Compatible Zippers: | Resin / Plastic |
◆ Lead Time: 25-35 days
◆ Shipping: Sea freight, Railway freight
◆ Payment: T/T, L/C ...
Product Details
The #7 auto lock zipper slider is a zinc alloy slider sized for #7 resin and plastic zipper chains, where the auto lock body keeps the zipper closed under load.
Four surface finishes are offered — electroplating, rack plating, electrophoresis, and painting — in customizable colors, with material, packaging, and configuration adjustable for OEM and ODM programs.
Slider Type
 |
 |
 |
 |
 |
| Auto Lock | Pin Lock | Non Lock | Reversible Auto Lock | Semi-auto Lock |
Features
- Load-holding auto lock body — keeps resin zippers securely closed on heavy-use products.
- Five lock variants on one platform — auto lock, pin lock, non lock, reversible auto lock, and semi-auto lock.
- Four industrial finishes — electroplating, rack plating, electrophoresis, and painting for corrosion-resistant, color-matched hardware.
- Heavy-duty #7 gauge — built for the load points of luggage and footwear zippers.
Application
- Suitcases and backpacks — auto lock sliders that stay closed under packing pressure.
- Boots and shoes — smooth-running hardware for footwear zippers.
- Jackets — reliable closure for outerwear with plastic zippers.
FAQ
Which lock types are available for the #7 resin zipper slider?
Besides auto lock, it is available in pin lock, non lock, reversible auto lock, and semi-auto lock versions.
What surface finishes can be ordered?
Electroplating, rack plating, electrophoresis, and painting, with customizable colors.
What is the MOQ for the #7 auto lock zipper slider?
The MOQ is negotiable and quoted per custom order.
