Product Introduction

In our factory, we produce these CPE gloves for clients who find standard PE gloves too slippery or prone to splitting. I’ve personally tested the “stretch-to-fail” point of our CPE blend—it has a much higher elasticity, which means fewer glove changes and less waste during a busy shift. We use a cast film process that gives the material a matte, frosted finish; this prevents the gloves from sticking to each other in the box and makes them much easier to put on with damp hands. I’ve seen these used in industrial kitchens and food assembly lines where safety and speed are non-negotiable. If you are looking for an “upgrade” over basic plastic gloves that still keeps your overhead low, this CPE protective series is the honest, high-performance solution.

Key Features

• Diamond Textured Surface: Provides microscopic friction points for a secure grip on slippery food items or cleaning tools.

• Enhanced Elasticity: The CPE material offers a slight “give” that standard LDPE lacks, reducing hand fatigue during repetitive tasks.

• Heavy-Duty Barrier: Offers excellent protection against grease, fats, and moisture, keeping hands clean and dry.

   

• Powder-Free Hygiene: No messy residue left on food or equipment, ensuring compliance with strict HACCP food safety standards.

• Ambidextrous Design: Fits either hand perfectly, allowing for faster dispensing and reduced inventory complexity.

• Wide Cuff Opening: Designed for easy on-and-off transitions, even when wearing light under-gloves or watches.

Specifications Table

Customization Options

Why Choose Us

• Automated Production: Our high-speed heat-sealing machines ensure consistent seam strength on every single glove.

• Material Purity: We use 100% virgin CPE resin, ensuring the gloves are odorless and free from irritating impurities.

• Direct Factory Supply: We provide the most competitive B2B pricing for high-volume distributors and industrial suppliers.

• Quality Consistency: Every batch is thickness-checked to ensure the “protective” claim is backed by real material density.