Gloves & Accessories

· Ultra high elasticity and soft touch, outstanding tear & puncture performance
· Good protection for water and dilute acid alkali solutions
· High flexibility for fine dexterity operations
· Note: Poor resistance to oil & organic solvents; contains latex protein, risk of allergic contact dermatitis

Ethyl Acetate: Severe Swelling, Softened & Tacky
Sodium Hydroxide 40%: No Visible Damage +7.8%
Hydrogen Peroxide 30%: Slight Surface Discoloration -17.3%
Ammonium Hydroxide 25%: No Visible Damage -10.6%
Nitric Acid 65% :Surface Crazing & Discoloration +42.1%
Toluene: Severe Swelling, Sticky Surface +146.5%
n‑Heptane: Obvious Colour Change & Heavy Swelling +86.3%
Sulphuric Acid 9%: No Visible Damage +21.2%
Methanol: No Visible Damage -3.6%
Acetone: Heavy Swelling, Surface Tackified +109.4%
Dichloromethane: Extreme Swelling, Partial Softening +221.7%

Abrasion Resistance 3 ≥ 5000 Cycles
Blade Cut Resistance 1 ≥1.2
Tear Resistance 3 ≥25 N
Puncture Resistance 3 ≥35 N

Gamma irradiation and EO are the only two validated sterilization routes for natural latex gloves. Autoclave steam sterilization is prohibited.
Repeated disinfection / sterilization cycles will degrade mechanical performance; single‑use is recommended for sterile critical applications.

Laboratory & Research Routine sample handling, dilute acid‑alkali splash protection, glove‑box / isolator auxiliary operation; not suitable for organic solvent continuous exposure.
Food & Beverage Food sorting, raw‑material processing, food‑container cleaning; use food‑contact certified grades only.
General Chemical Industry Handling of water‑based chemicals, dilute acid and alkali solutions; only splash‑protection permitted, avoid ketones, esters and aromatic solvents.

Nature latex gloves is superior physical toughness among general elastomer gloves. Good resistance to dilute acids and strong alkalis, reliable splash‑protection for aqueous chemicals.
Cost‑effective, multiple grades for medical, food, laboratory and general‑industry scenarios.