Chemical resistance Blue TPE gloves (dot pattern)

Chemical-resistant blue TPE gloves (dot pattern) are suitable for a variety of working environments that require mild chemical protection or basic corrosion protection. They are widely used in laboratory operations, chemical product packaging, daily cleaning, medical disinfection, industrial production, automobile maintenance and pesticide use, effectively preventing skin contact with irritating liquids, detergents, disinfectants, mild acids and alkalis, etc. They are particularly suitable for industries with high requirements for hand protection and hygiene, such as food processing companies, pharmaceutical workshops, inspection agencies, and school laboratories. Because of its excellent corrosion resistance and comfortable wearing feel, it is also suitable for use in public health cleaning, garbage sorting and disposal, hospital isolation cleaning and other fields. Bright blue gloves are convenient for on-site supervision and zoning use management, improving work standardization and safety levels. At the same time, its environmentally friendly material properties make it a preferred product that takes into account both protection and sustainability among disposable protective products.

Product features/advantages:

● Strong chemical resistance: TPE material has good acid and alkali resistance and oil resistance, which can effectively block mildly corrosive liquids and ensure skin safety.

● Anti-slip dot pattern design: The palm is designed with regular dot patterns to increase friction, making wet hand operation more secure and reducing the risk of items slipping.

● Comfortable and fit: The gloves are soft and elastic, fit the hands well, and will not feel restrained or tired after long-term operation. Eye-catching color: The blue appearance is clear and easy to identify, suitable for zoning use, and meets industrial and food processing safety standards.

● Latex-free and anti-allergic: It does not contain natural latex ingredients, effectively avoiding latex allergy problems and is suitable for a wider range of people.

● Universal design for left and right hands: There is no need to distinguish between left and right hands, which improves wearing efficiency and is suitable for quick replacement workflows.

● Environmental protection and economic considerations: Disposable design, easy to use; recyclable and environmentally friendly materials, suitable for bulk purchases and green management.

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%.