Environmentally friendly and soft Off-white TPE gloves (diamond pattern)

Environmentally friendly and soft natural white TPE gloves (diamond pattern) are suitable for all kinds of light protection demand scenarios, and are widely used in daily operating environments such as household cleaning, kitchen cooking, food processing, beauty care, maternal and child care. Because the gloves have good oil and anti-fouling effects, they are also applicable to the food industry, catering distribution, supermarket packaging, beverage preparation and other links. Its natural white design not only has a strong sense of cleanliness, but also facilitates the visual management of the operation process, and meets the food safety and hygiene industry standards. At the same time, the gloves are suitable for light medical care and service scenarios such as school laboratories, hospital auxiliary care, pet cleaning, hairdressing and nail art, providing basic hygiene protection. The environmentally friendly and degradable material characteristics make it particularly suitable for customer groups who attach importance to the concept of sustainable development in corporate procurement. The disposable design is easy to replace and can reduce the risk of cross-contamination. It is a clean, convenient and efficient multi-functional hand protection product.

Product Features/Advantages:

● Environmentally friendly material: Made of TPE thermoplastic elastomer, it is recyclable and degradable, in line with the development trend of green environmental protection, and is an ideal substitute for latex and PVC gloves.

● Soft and comfortable: The gloves are light, soft, and elastic, and there is no sense of pressure when wearing them. They are suitable for long-term work and reduce hand fatigue.

● Diamond anti-slip texture: The unique diamond pattern design on the palm has a wide coverage and strong friction. The grip is better than ordinary dot patterns, and the operation is more stable.

● Strong visual cleanliness: The white appearance is neat and generous, suitable for places with high requirements for hygiene and image, such as food, medical care, and beauty.

● Latex-free: No allergenic ingredients, no powder or harmful plasticizers, suitable for sensitive people, and more comfortable to wear.

● Disposable design, universal for both left and right hands: easy to wear, no need to distinguish between left and right hands, suitable for high-frequency use and quick replacement workflows.

● Strong adaptability to multiple scenarios: From home to business, from food to service, it adapts to a variety of light protection needs, with wide practicality and high cost performance.

Technology and craftsmanship

The production technology and process of TPE gloves mainly involve material formula design, processing and molding methods and quality control system. Its core process features are as follows:

1. Material formula system

‌Substrate composition‌

● With SEBS (styrene-ethylene-butylene-styrene block copolymer) as the main base material, polyethylene resin (PE), plasticizer and other auxiliary materials are added through blending modification technology to form a composite material with both elasticity and strength.

● The proportion of SEBS directly affects the tensile strength and chemical resistance of gloves. The SEBS content in high-end medical-grade products can exceed 70%.

‌Functional Modification Additives‌

● Introducing antimicrobial agents to achieve the virus barrier function of medical-grade gloves;

● Adding antistatic agents improves applicability in industrial scenarios.

2. Core Processing Technology

‌Calendering process‌

● Suitable for the production of ultra-thin gloves. The molten TPE is formed into a continuous film through a calendering roller, and then cut and heat-sealed to complete the molding;

● The film thickness accuracy can reach ±0.01mm, meeting the food grade sealing requirements.

3. Comparison of process advantages

4. Key points of quality control

‌Physical performance testing‌

● Tensile strength ≥18MPa, elongation at break>500%;

● Thickness uniformity error <5%.

‌Chemical Safety Certification‌

● Passed FDA 21CFR 177.2600 food contact material certification;

● Complies with EU REACH regulations (SVHC < 0.1%) and RoHS Directive.

‌Microbial Barrier Test‌

● Medical-grade products must pass the ASTM F1671 virus penetration test, with a barrier efficiency of ≥99.8%.

5. Typical application adaptation process

● Medical- grade gloves‌: Adopt casting + post-sterilization process to ensure sterility;

● Food -grade ultra-thin gloves‌: 0.03mm thick products are produced by calendering process, with a transmittance of >90%.