Gloves & Accessories

Neoprene Glove feasures smooth powder‑free surface, latex‑protein‑free, low‑allergen. Good resistance to sterilization agents hydrogen peroxide and radiation sterilization Gamma and Beta rays.

Dilute Acids: No Visible Damage
Dilute Alkalis: No Visible Damage
Ethanol / Isopropanol: No Visible Damage
Silicone Oil: No Visible Damage
Greases: No Visible Damage
Mineral Oil: Showed Colour Change, Slight Swelling
Acetone (Ketone): Severe Swelling
Ethyl Acetate (Ester): Severe Swelling
Toluene (Aromatic): Severe Swelling
Dichloromethane (Halogenated solvent): Severe Swelling
30% Hydrogen Peroxide: Slight Colour Change
Formaldehyde 37%: No Visible Damage

Test data for reference only. Actual service life depends on concentration, temperature and exposure duration.

Abrasion Resistance ≥4000 Cycles
Blade Cut Resistance ≥2.5
Tear Resistance ≥40 N
Puncture Resistance ≥65 N
Flammability ‑ Self‑extinguishing
Gas Barrier Performance ‑ Moderate (Permeation higher than butyl rubber)

· Material: Polychloroprene
· Colour: Black
·Thickness: 0.4/0.6 mm
· Temperature range: -20°C to +100°C
· Surface finish: Smooth
· Cuff style：Transfer Molded Rolled Bead
· Cleaning: Sterilizable by autoclaving
· Shelf life: 36 months

Construction: EN 388, EN 374-1,EN 16350

Neoprene gloves are compatible with EO and gamma‑ray sterilization. Repeated autoclave is not recommended. Low‑extractable grades are suitable for GMP controlled glove‑box and isolator environments.

Neoprene gloves are ideal for:

·Chemical laboratories
·Nuclear‑industry sealed handling chambers
·R&D institutes for general glove‑box
·Pharmaceutical isolators (low‑extractable grade)
·Defence‑related sealed equipment
·Material‑research sealed chambers

These neoprene glove‑box gloves are widely used in chemical labs, nuclear‑related chambers and research facilities, suited for applications requiring good mechanical robustness and self‑extinguishing characteristics.