‌‌‌Environmentally friendly and soft Off-white TPE gloves (matte texture)

● ‌Catering Industry‌: TPE The gloves are very suitable for food processing, kitchen cooking and catering services. They can directly contact food, are safe and reliable, and are especially suitable for use in scenes such as mixing cold dishes and eating crayfish.‌

● Family Life‌: In household chores, cleaning and pet care,TPE Gloves can effectively protect hands from detergent and oil damage. Their anti-stick properties make it easy to mix dough, stir sauces or handle sticky ingredients while keeping the ingredients intact and hygienic.‌

● Beauty and hairdressing industry‌: Beauticians and hairdressers are often exposed to various chemicals and hair dyes during work.TPEGloves can provide good protection to prevent hands from being harmed by chemicals.‌

● Medical Industry‌: part TPE The gloves are manufactured according to the standards of medical gloves and are suitable for general medical examinations and care. Due to their non-toxic and harmless properties, they are also suitable for use in medical environments‌. ‌

● Industrial field‌: In factories, oil fields, repair shops and other places, TPE The gloves can be used to operate machinery, carry items, etc. They are oil-proof and wear-resistant to ensure safe operation.

TPE gloves (thermoplastic elastomer gloves) have the following characteristics and advantages‌ :‌

● Flexibility and elasticity‌: TPE gloves have rubber-like flexibility and resilience, tensile strength can reach 18-25MPa, and elongation at break exceeds 500%, which is suitable for scenes that require frequent grasping.‌

● Chemical resistance‌: TPE gloves have high tolerance to a variety of chemicals such as 75% alcohol, sodium hypochlorite and other medical disinfectants, and can maintain integrity for more than 8 hours‌.‌

● Temperature resistance‌: TPE gloves can maintain elasticity in an environment of -40℃ to 120℃, while PE gloves tend to soften and deform above 60℃‌.‌ Environmental protection‌TPE gloves decompose quickly, with a decomposition period of 180-240 months, which is more environmentally friendly than PE's degradation time of more than 450 years.‌

● Wide range of application scenarios‌: TPE gloves are suitable for many fields such as medical, catering, and industry. In the medical field, TPE gloves have passed FDA 510(k) certification, have low bacterial penetration rate, and are suitable for aseptic operations‌In the catering industry, TPE gloves can effectively reduce the breakage rate and improve user experience‌In the industrial field, TPE gloves are resistant to oil and dirt and are suitable for environments exposed to chemicals.‌

● Cost-effectiveness‌: Although the initial cost of TPE gloves is higher, they have strong puncture resistance, long service life and low overall cost.‌In addition, TPE gloves have a high recyclability rate and low environmental protection costs.‌

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%.