‌Chemical resistance Blue TPE gloves (matte texture)

Chemical-resistant blue TPE gloves (matte pattern) are widely used in operating environments involving mild chemical corrosive substances, including chemical laboratories, cleaning and disinfection services, daily chemical product production, light chemical operations, etc., and can effectively protect the hands from irritation from common acid and alkali liquids, alcohol, detergents and other corrosive substances. They also show good stability in use in scenes such as food processing, catering processing, packaging and weighing, which require frequent hand washing and anti-fouling, and are particularly suitable for humid and high-oil working environments. Its blue appearance meets the color recognition standards of multiple industries, which facilitates standardized on-site management. In addition, the gloves are also applicable in beauty care, pet cleaning, gardening spraying, electronic assembly and other fields, providing basic anti-fouling, anti-chemical and waterproof protection. The disposable design can effectively reduce the risk of cross-infection, and is suitable for operating places with high frequency replacement and high hygiene control requirements. It is an ideal protective tool that combines chemical protection and economy.

Product Features/Advantages:

● Good chemical resistance: TPE material has excellent acid, alkali and oil resistance, and can prevent irritation and erosion from a variety of lightly corrosive liquids.

● Delicate frosted anti-slip design: The surface is treated with frosted texture to effectively enhance friction, and can be operated stably with wet hands, improving safety.

● Eye-catching blue appearance: It is convenient for on-site division of labor and identification, and meets the needs of food, medical care, chemical and other industries for visual management of gloves.

● Soft and comfortable, fit the hand shape: The material is light and thin, with good elasticity, fits the curve of the hand, suitable for long-term wear, and is not easy to fatigue.

● Safe and non-irritating: It does not contain latex and powder, reduces the risk of allergies, and is suitable for people with sensitive skin and public service industries.

● Disposable, efficient and hygienic: It is universal for both left and right, easy to wear, suitable for frequent replacement operations, and effectively controls cross contamination.

● Environmentally friendly material selection: TPE is recyclable and degradable, and is an environmentally friendly alternative to traditional PVC or latex gloves, in line with the concept of green production.

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%.