Choosing the right stick welding gloves is essential for safety and comfort on the job. This guide highlights top UK-friendly options known for heat resistance, durability, and ergonomic design. We compare materials, insulation, stitching, and sleeve-length protection to help you pick gloves that keep hands safe during SMAW, GMAW, and FCAW tasks.
| Product | Key Benefit | Material |
|---|---|---|
| Safta Extreme Heat Resistant Gloves | High heat resistance for welding and cooking tasks | Red cow split leather, Kevlar stitching |
| AOUCHI 400℃ Leather Gloves | Excellent heat insulation up to 250°C | Cowhide leather, insulated lining |
| AOUCHI 350℃ Cowhide Gloves | Triple-layer insulation for high-heat tasks | Cowhide leather, aluminum foil insulation |
| iuhkjnuh Fireplace Gloves | Extra long sleeve protection for forearms | Flame-resistant leather with aluminum foil and cotton lining |
| RAPICCA Welding Gloves | Extreme heat protection with reinforced padding | Double leather padding, aluminum foil, cotton lining |
Safta Heat Resistant Welding Gloves
The Safta gloves use high-quality red cow split leather for the back, wing, and thumb reinforcement, offering robust protection during welding and related tasks. Kevlar stitching adds heat and cut resistance, supporting use as MIG, TIG, or stick welding gloves. They are designed to withstand extreme temperatures and can double as fire, grill, or oven gloves for kitchen tasks. The extended 14-inch length provides forearm coverage against sparks and radiant heat.
AOUCHI 400℃ Leather Gloves
These gloves are crafted from 1.5mm cowhide leather and feature an insulated cotton lining for comfort and heat insulation. Kevlar stitching enhances durability and resistance to wear, oil, and heat, with a rating up to 250°C. They are suitable for high-heat handling in welding and related heavy tasks, while maintaining flexibility for dexterity.
AOUCHI 350℃ Cowhide Gloves
These 350°C cowhide gloves combine a durable leather exterior with a reinforced palm for added longevity. A triple-layer thermal insulation system—aluminum foil insulation sandwiched with insulated cotton—protects hands during welding up to 350°C (662°F). Kevlar stitching further improves strength and resilience for demanding tasks on the shop floor.
iuhkjnuh Fire Resistant Gloves
Designed for versatile fire-related tasks, these gloves feature a premium flame-resistant leather outer layer and an insulating aluminum foil middle layer with a soft cotton lining. Extra double-leather reinforced padding on fingers, palms, elbows, and back increases protection. They offer heat tolerance up to 500°C (932°F) while preserving hand flexibility for MIG, stick, and wood-burning applications.
RAPICCA Welding Gloves
RAPICCA offers reinforced double-layer padding across fingers, palms, elbows, and back, delivering enhanced heat resistance. A four-layer protection system—double padding leather, aluminum foil, and flame-retardant cotton—plus flame-retardant stitching ensures durability and protection up to 932°F (500°C). The 16-inch length provides forearm coverage for stick, MIG, and FCAW tasks.
TOPDC 16-Inch Welding Gloves
TOPDC gloves use 1.2mm natural cowhide leather with reinforced stitching across fingers, palms, elbows, and back. They feature a fully lined interior for comfort and durability, and are rated to withstand up to 932°F (500°C). The soft insulated cotton lining improves warmth management and dexterity during long welding sessions.
MYSAFETY Leather Welding Gloves
MYSAFETY gloves use genuine cowhide leather with a 100% soft insulated cotton lining and flame-retardant Kevlar stitching. They are designed to withstand high heat up to 250°C for short durations, offering reliable protection for stick, TIG, MIG welding and other high-temperature tasks, while prioritising comfort and flexibility for extended wear.
Buying Guide: Key Purchase Considerations
- Heat rating: Look for gloves rated to handle the temperatures you expect. Ratings commonly range from 250°C to 500°C or higher. Consider tasks like welding, furnace work, or metal forging when choosing a limit.
- Material and durability: Full-grain cowhide leather is common for durability. Kevlar stitching enhances heat resistance and longevity, especially for frequent use on metal projects.
- Length and forearm protection: Longer gloves (12–16 inches) offer more forearm protection against sparks and splatter, which is important for stick welding and heavy-duty tasks.
- Insulation and lining: A cotton or insulated inner lining improves comfort and heat management. Multi-layer insulation (including aluminum foil) increases heat resistance for extreme conditions.
- Fit and dexterity: Gloves should allow you to grip tools securely while preserving tactile sensitivity. Look for a snug fit without restricting finger movement.
- Durability features: Reinforced palms, palm padding, and double-layer padding can extend glove life in tough environments, but may add weight.
- Care and maintenance: Leather gloves benefit from cleaning and conditioning to maintain flexibility. Check if gloves are machine-washable or require spot cleaning.
- Versatility: If you perform other hot tasks (barbecuing, oven work, fireplace), selecting gloves with multi-use protection can be convenient.
- Size options: Ensure availability in sizes that fit you, as a poor fit can compromise safety and control.
- Price versus value: Higher-end gloves often offer better heat resistance and durability. Weigh lifetime protection against initial cost for total value.