Working with hazardous solvents and caustic acids demands uncompromising safety. Our fully coated, chemical-resistant gloves are engineered to deliver a 100% liquid-proof barrier, ensuring your workforce remains secure and productive in the most demanding wet environments.
When interacting with aggressive chemicals, standard water-resistant gear simply fails. SQG designs and manufactures industrial-grade chemical barrier gloves utilizing advanced double-dipped polymers, including robust PVC, heavy-duty Nitrile, and specialized blends. Certified to rigorous EN ISO 374 standards, our products guarantee prolonged breakthrough times against corrosive acids, industrial solvents, and petrochemicals. As a direct PPE manufacturer, we supply global enterprises with scalable, factory-direct solutions tailored for refineries, laboratories, commercial fishing, and heavy processing plants.
The EN ISO 374 standard is a rigorous European testing method that evaluates a glove’s ability to withstand permeation, penetration, and degradation from a specific list of hazardous chemicals, ensuring verifiable safety for industrial workers.
Breakthrough time is the exact amount of minutes it takes for a hazardous chemical to permeate through the glove material and reach the skin. Our technical data sheets specify these times so safety managers can enforce strict replacement schedules.
Nitrile offers outstanding resistance to petroleum-based oils and fuels. PVC is excellent for water-based chemicals, glues, and strong acids. Neoprene provides superior flexibility and a broad spectrum of defense against both acids and organic solvents.
Yes. For tasks like vat dipping, deep tank cleaning, or heavy chemical handling, we manufacture extended 12-inch to 14-inch gauntlets, and even shoulder-length sleeves, to prevent toxic liquids from splashing inside the cuff.
We apply specialized surface treatments, such as sandy textures, diamond-embossed patterns, or embedded rough particle finishes, which effectively channel fluids away and maintain a secure locking grip on slick, dangerous tools.
Multiple dipping processes create a thicker, multi-layered armor. This not only significantly increases the chemical breakthrough time but also adds substantial mechanical strength, preventing the coating from tearing or abrading during heavy labor.
Signs of chemical degradation include swelling, shrinking, stiffening, cracking, or a sudden change in the glove’s color. If any of these signs appear, the PPE must be discarded and replaced immediately to prevent skin exposure.
Absolutely. For our wholesale and OEM clients, we can custom-print the specific EN ISO 374 chemical test pictograms, letter codes (e.g., A, J, K, L), and your private brand logo directly onto the back of the gloves or the cuffs.
