Oil & Gas Glove
- Oil Resistant
- Puncture Resistant
- Abrasion Resistant
- Anti-slip
- Touchscreen
Oil & Gas Glove
BSP Level A2 Impact-Resistant Oilfield Gloves
BSP Level A2 Impact-Resistant Oilfield Gloves are protective gloves specially engineered forheavy-duty oifield drilling operations. Customizable performance configurations are available tosuit diverse working environments, effectively mitigating impact injuries to hands and deliveringdependable safety protection for workers’hands.
Oil & Gas Gloves
Abrasion Resistant Oilfield Gloves
Anti Slip Impact Oilfield Gloves
Winter Waterproof Oilfield Work Gloves
Flame Resistant Oilfield Impact Gloves
Anti-impact Oilfield Gloves
What Are Oil And Gas Glove ?
Oil and gas gloves (often called Impact Gloves or Rigging Gloves) are heavy-duty safety gloves specifically engineered to protect workers in the high-risk environments of upstream drilling, midstream transport, and downstream refining.
High-performance hand protection combines innovative designs and materials to equip workers with protection from multiple hazards at once, including impacts, cuts, hot surfaces, arc flashes and more. Protect from more with less!
Where Can You Use Oil and Gas Gloves?
- Oil & Gas (The “Iron Roughneck” Standard)
In upstream oil and gas, workers are constantly handling drill pipes, heavy chains, and valves slick with “mud” and lubricants.
Why Leather? Synthetic fabrics can absorb oil and become “spongy” or slippery. High-quality goatskin or cowhide provides a natural grip that actually improves as it breaks in.
The Application: Tripping pipe, operating heavy wrenches, and moving equipment where “pinch-points” are constant hazards.
- Heavy Construction & Demolition
While many construction workers use synthetic gloves, leather is the go-to for abrasive tasks.
Why Leather? It has superior resistance to “grinding” wear. If you are handling concrete blocks, rough timber, or rusted rebar, leather won’t fray like knit synthetics.
The Application: Breaking concrete with jackhammers (requires anti-vibration + impact), rigging cranes, and moving heavy masonry.
- Welding & Metal Fabrication
This is a unique niche where synthetic impact gloves usually fail because the fabric would melt from sparks or heat.
Why Leather? Leather is naturally flame-resistant and can withstand heat up to about 430°F (220°C) before it begins to char.
The Application: MIG/Stick welding where you are also handling heavy metal plates that could fall or crush fingers. The leather protects from the heat, while the back-of-hand TPR protects from physical strikes.
- Mining & Underground Utility Work
Mining involves some of the harshest physical conditions—constant moisture, abrasive rock, and heavy machinery.
Why Leather? It provides a “thick” barrier against punctures (like jagged rocks) that thin synthetic gloves can’t match.
The Application: Operating heavy drilling equipment, handling ore, and maintenance of underground infrastructure.
Which Is The Common Oil and Gas Gloves Style?
One is Microfiber+PVC DOTS Palm Design
In the oil and gas industry, gloves featuring a Microfiber palm with PVC Dots are designed for tasks requiring a balance of high dexterity and superior grip in oily conditions.
- Superior Grip Performance
Capillary Action: Microfiber has a natural ability to “wick” or absorb small amounts of surface oils and moisture, preventing the “hydroplaning” effect common with standard synthetic materials.
Mechanical Friction: The PVC Dots act as thousands of tiny suction cups or friction points. This is particularly effective when handling oily pipes, valves, or greasy tools, as the dots bite through the oil film to secure a firm hold.
- High Dexterity and Tactile Sensitivity
Precision Work: Unlike bulky leather or thick rubber-dipped gloves, microfiber is thin and pliable. This allows workers to handle small bolts, adjust sensitive gauges, and operate touchscreens or control panels without removing their gloves.
Reduced Hand Fatigue: The softness of the material requires less force to close the hand, which significantly reduces muscle strain during long shifts.
- Enhanced Durability and Longevity
Abrasion Resistance: High-quality microfiber is often more abrasion-resistant than grain leather. It does not become brittle or crack after repeated exposure to water or sweat.
Wear Layer: The PVC dots serve a dual purpose: they provide grip and act as a “sacrificial layer.” They take the brunt of the friction during heavy labor, which protects the base fabric and extends the overall life of the glove.
- Breathability and Comfort
Airflow: Unlike fully coated nitrile or PVC gloves, a microfiber palm with dots allows for better air permeability. This keeps the hands cooler and drier in hot environments like refineries or summer drilling operations.
Washability: These gloves are typically machine-washable. Unlike leather, which hardens after washing, microfiber remains soft and retains its shape.
The other one : Cotton Palm Design
In the oil and gas industry, cotton canvas or jersey palm gloves are typically positioned as “basic” or “economy” protective gear. Although they lack the technical sophistication of microfiber or synthetic leather, they offer irreplaceable traditional advantages in specific work environments.
- Superior Oil Absorption
Wicking Property: Unlike synthetic materials that allow oil to pool or slide on the surface, natural cotton fibers physically absorb liquids.
The Benefit: When handling equipment covered in heavy crude or drilling mud, the cotton palm soaks up the surface slickness. This creates a “gritty” texture that prevents tools from sliding out of the worker’s hands, even when the glove is heavily soiled.
- Exceptional Breathability and Sweat Management
Thermal Comfort: Cotton is naturally porous, allowing for maximum airflow.
The Benefit: In hot climates (such as land-based drilling in summer), cotton palms absorb hand sweat and allow the skin to breathe. This significantly reduces the risk of skin irritation and “prickly heat” compared to fully coated rubber or nitrile gloves.
- Natural Heat Resistance
Non-Melting: Synthetic fibers like nylon or polyester can melt when exposed to high friction or sparks, potentially fusing to the skin.
The Benefit: Cotton is a cellulose fiber; it charrs rather than melts. This provides a safer barrier when handling hot pipes, friction-heavy ropes, or cables.
- Cost-Efficiency for High-Turnover Tasks
Economic Value: Oil and gas sites are incredibly “dirty” environments where gloves are often treated as disposables.
The Benefit: Cotton-palm impact gloves are much more affordable than synthetic leather or specialized chemical gloves. For general labor roles where gloves get saturated with mud and oil daily, cotton offers the best “protection-to-cost” ratio.