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A practical breakdown for safety managers and procurement teams sourcing PPE for offshore, oil & gas, marine, and heavy industrial operations — built around the hazards your crews actually face on deck.
Hand injuries remain among the most common workplace incidents across oil & gas, offshore, marine, construction, mining, and manufacturing. Many of these injuries trace back to a single decision: a glove chosen for comfort or cost rather than the hazard it was meant to address. A glove engineered against cuts may offer little resistance to a blunt strike — and a glove built for impact may fail against a frayed strand of wire rope. Knowing the difference is the first step toward protecting your crew correctly.
Cut resistant gloves are built to guard hands against sharp edges, blades, metal surfaces, and frayed wire strands. Specialized fibers are engineered into the glove construction to resist slicing and laceration, reducing both the likelihood and severity of cut injuries on the job.
Cut resistant gloves are tested and rated under ANSI standards. Higher ratings indicate greater resistance to cutting hazards — the scale runs from basic to extreme protection.
Impact resistant gloves are built to absorb and disperse blunt-force energy rather than resist a blade. Reinforced padding across the knuckles, fingers, back of hand, and thumb helps protect workers in environments where heavy equipment and material handling create the dominant risk.
Impact resistant gloves carry their own ANSI rating. Most oil & gas, offshore, and heavy industrial operations standardize on Level 2 for demanding environments.
| Feature | Cut Resistant Gloves | Impact Resistant Gloves |
|---|---|---|
| Primary Protection | Sharp objects | Blunt force impacts |
| Protects Against | Cuts & lacerations | Strikes & contact injuries |
| Common Industries | Offshore, wire rope, fabrication | Oil & gas, drilling, construction |
| Main Hazard | Sharp edges | Moving equipment |
| Protection Area | Entire hand | Back of hand & fingers |
| Typical Applications | Cable handling, maintenance | Pipe handling, rigging |
Both are industrial safety gloves — but they're engineered to solve different problems. Matching the glove to the hazard, not the other way around, is what separates an effective PPE program from a compliance checkbox.
Yes — and increasingly, it has to. Many industrial tasks expose workers to multiple hazards at once. A deckhand handling wire rope offshore, for instance, may face sharp cable strands, impact from rigging hardware, abrasion from repetitive handling, and a wet or oily grip surface, all within the same task. Issuing a separate glove for every hazard isn't practical, which is why multi-hazard protection has become a priority for safety-conscious organizations.
Cut resistant gloves are the right call when crews regularly handle wire rope, steel cable, metal components, marine equipment, or sheet metal — anywhere broken strands, sharp edges, or abrasive surfaces are a daily reality.
Engineered for offshore and industrial environments where cut hazards exist alongside other operational risks — built specifically for wire rope handling, steel cable work, and rigging.
Impact resistant gloves earn their place when crews are exposed to pipe handling, drilling operations, oilfield maintenance, heavy material handling, or general construction activity — anywhere tool strikes and equipment contact are the dominant risk.
One of the most recognized impact gloves used across oil & gas and heavy industrial sectors, built to reduce injury severity during pipe handling, drilling, and equipment maintenance.
| Feature | KONG Original SDX2 | KONG Deck Crew KDC5 |
|---|---|---|
| Primary Strength | Impact protection | Cut + impact protection |
| ANSI Impact Rating | Level 2 | Level 2 |
| ANSI Cut Rating | Moderate | A7 |
| Ideal Industry | Oil & gas, drilling | Offshore, marine, rigging |
| Pipe Handling | Excellent | Good |
| Wire Rope Handling | Good | Excellent |
| Offshore Work | Good | Excellent |
| Heavy Material Handling | Excellent | Excellent |
Compare specs and find the right fit for your operation — cut protection for wire rope and rigging, or impact protection for pipe handling and drilling.
The right question isn't "which glove is better?" — it's "what hazards do our workers face most often?" The answer determines the glove, not the other way around.
Organizations today are looking beyond basic PPE toward glove performance, durability, and application-specific protection. As an authorized distributor of KONG gloves in India, TechMROInc supports customers across oil & gas, offshore operations, marine industries, construction, mining, manufacturing, and heavy industrial sectors — helping teams identify the right glove for their application and operating environment. We also support international inquiries from companies sourcing reliable industrial glove solutions through India.
Cut resistant gloves protect against sharp objects, while impact resistant gloves protect against blunt force injuries.
Some are, but not all. Protection levels vary depending on the glove's design and construction.
Gloves with high cut resistance, such as the KONG Deck Crew KDC5, are typically preferred.
Impact-resistant gloves such as the KONG Original SDX2 are commonly used.
Yes. Multi-hazard gloves can deliver both cut resistance and impact protection in a single design.
Choosing between cut resistant and impact resistant gloves starts with understanding the hazards your crew faces every day. Cut resistant gloves guard against sharp materials; impact resistant gloves reduce injuries from moving equipment, tools, and heavy loads. The KONG Deck Crew KDC5 and KONG Original SDX2 offer purpose-built protection for different sides of that equation — helping you make a more informed PPE decision and keep your crew protected where it matters most.
Our team can help you match the right KONG glove to your crew's actual hazard profile — reach out directly for bulk pricing, distribution, or application guidance.