ARASWELD Industrial Welding Gloves for Extreme Heat and High-Risk Applications
ARASWELD welding gloves are high-performance, heat-resistant protective gloves designed for extreme industrial environments such as welding, Construction & Infrastructure, steel factories, oil & gas, and Aerospace & Defense. Built with certified EN407 heat protection and EN388 cut resistance, they deliver maximum safety, durability, and grip, in harsh working conditions.
Industrial Welding Gloves Types & Technical Specifications
TIG Welding Gloves
(Precision & Dexterity)
Designed for detailed welding work, TIG gloves offer high flexibility, precision control, and reliable heat resistance for fine metal applications.
MIG Welding Gloves
(Heat & Durability)
Built with thick leather and reinforced stitching, MIG gloves provide superior protection against heat, sparks, and heavy-duty welding conditions.
Heavy-Duty Industrial Gloves
(Extreme Protection)
Engineered for high-risk environments, these gloves offer maximum heat resistance and durability for steel, oil & gas, and industrial applications.
Technical Specifications & Safety Ratings
- Heat Resistance: Up to 500°C (932°F)
- Certification: EN407 (Heat Protection), EN388 (Mechanical Protection)
- EN407 Rating: 443341
- Material: Premium split leather
- Premium Leather: 1.2mm premium cow heat-resistant leather
- Ergonomic Fit: Optimized for maximum comfort during long work shifts
- Material Safety: Hypoallergenic and breathable interior lining
- Stitching: Kevlar reinforced
- Grip: Anti-slip palm design
- Applications: TIG, MIG, Stick welding & industrial use
Certified for Industrial Safety
ARASWELD welding gloves are tested and certified according to EN407 and EN388 standards, providing reliable protection against extreme heat, abrasion, and mechanical risks in demanding industrial environments.
Who We Are: Driving Global Industrial Safety Standards
ARASWELD is a specialized manufacturer and global supplier of industrial welding gloves designed for extreme heat and high-risk working environments. We focus on delivering certified hand protection solutions that meet the demands of professional welders and industrial operations worldwide.
What We Do
Our products are engineered with heat-resistant materials and tested to EN407 and EN388 standards, ensuring reliable protection against thermal and mechanical hazards in industries such as steel manufacturing, Construction & Infrastructure, Shipbuilding, Aerospace & Defense, and oil & gas.
Proven Protection & Industrial Reliability
Our welding gloves are built to meet internationally recognized EN407 and EN388 standards, ensuring dependable protection against extreme heat and mechanical risks.
- Certified Protection You Can Trust
- EN407 & EN388 Certified Products
- Designed for Industrial & Heavy-Duty Use
- Trusted by Global B2B Clients
- Focus on Safety, Durability & Performance
Global Reach. Trusted Supply.
ARASWELD delivers high-performance protective gear engineered for demanding industrial environments. We support enterprise distributors and procurement networks with compliance-verified quality, flexible OEM configurations, and scalable production capacities tailored to complex global supply requirements.
Our Active Regions:- North America: United States and Canada
- Europe: Germany, France, Italy, and the United Kingdom
- Middle East: Iran, Turkey, Iraq, Egypt, Saudi Arabia, United Arab Emirates, and Qatar
- Africa: Regional Industrial Corridors
- Asia: Regional Industrial Markets
Certified Protection for Industrial Welding Environments
ARASWELD welding gloves, designed with a unique structure, are engineered to meet EN388 and EN407 safety standards, delivering certified cut resistance, abrasion protection, and extreme heat performance.
EN407 Tested for Extreme Heat
Withstands temperatures up to 932°F (500°C), protecting against flames and thermal hazards.
Flame & Thermal Performance Breakdown ARASWELD welding gloves:
- 4 — Limited Flame Spread (Level 4): Represents the highest possible protection level; the material stops burning within 2 seconds or less and shows no afterglow once the ignition source is removed.
- 4 — Contact Heat Resistance (Level 4): Represents the maximum industrial rating; provides safe handling of high-temperature components up to 932°F (500°C) for at least 15 seconds without structural breakdown.
- 3 — Convective Heat Resistance (Level 3): Offers a robust thermal insulation barrier that delays heat transfer from open flames or ambient convective air currents for 10 seconds or more.
- 3 — Radiant Heat Resistance (Level 3): Protects against back-of-the-hand skin burns by blocking extreme infrared radiation penetration for 50 seconds or more near high-amp arcs or kilns.
- 4 — Small Drops of Molten Metal (Level 4): Represents the maximum score; requires more than 35 individual drops of molten metal slag or spatter to penetrate the protective barrier.
- 1 — Large Drops of Molten Metal (Level 1): Provides baseline shielding capabilities against larger collections or masses of liquid metal splash of 30 grams or more.
| EN 407 Test Parameter | Performance Level 1 | Performance Level 2 | Performance Level 3 | Performance Level 4 |
|---|---|---|---|---|
| 1. Limited Flame Spread | After-flame ≤ 20s After-glow: No limit |
After-flame ≤ 10s After-glow ≤ 120s |
After-flame ≤ 3s After-glow ≤ 25s |
After-flame ≤ 2s After-glow ≤ 5s |
| 2. Contact Heat Resistance | 212°F (100°C) ≥ 15 seconds |
392°F (200°C) ≥ 15 seconds |
662°F (350°C) ≥ 15 seconds |
932°F (500°C) ≥ 15 seconds |
| 3. Convective Heat Resistance | Heat transfer delay ≥ 4 seconds |
Heat transfer delay ≥ 7 seconds |
Heat transfer delay ≥ 10 seconds |
Heat transfer delay ≥ 18 seconds |
| 4. Radiant Heat Resistance | Heat transfer delay ≥ 7 seconds |
Heat transfer delay ≥ 20 seconds |
Heat transfer delay ≥ 50 seconds |
Heat transfer delay ≥ 95 seconds |
| 5. Small Molten Metal Drops | ≥ 10 droplets required to heat target |
≥ 15 droplets required to heat target |
≥ 25 droplets required to heat target |
≥ 35 droplets required to heat target |
| 6. Large Molten Metal Drops | ≥ 30 grams of molten metal splash |
≥ 60 grams of molten metal splash |
≥ 120 grams of molten metal splash |
≥ 200 grams of molten metal splash |
Note: All technical performance limits are verified through standardized laboratory testing processes in accordance with EU PPE Regulation 2016/425. Testing documentation is available for corporate procurement compliance audits upon request.
EN388 Certified Cut Resistance
These gloves are tested under the EN388 standard, which ensures protection against mechanical risks in industrial environments.
EN388 Technical Breakdown ARASWELD welding gloves
- 3 – Abrasion Resistance: High durability against friction and rough surfaces
- X – Cut Resistance (Circular): Not applicable (TDM test used instead)
- 2 – Tear Resistance: Reliable strength under stress
- 2 – Puncture Resistance: Protection from sharp objects
- D – TDM Cut Resistance: High resistance to straight-blade cuts
- P – Impact Protection: Certified knuckle and finger impact resistance
ANSI/ISEA Protection Levels
- ANSI Cut Level A4: Suitable for handling sharp metal edges
- ANSI Abrasion Level 4: High resistance to surface wear
- ANSI Puncture Level 3: Protection against splinters and wire
- ANSI Impact Level 2: Reduces risk of crushing injuries
| EN 388 Test Mechanical Hazard | Level 1 | Level 2 | Level 3 | Level 4 | Level 5 / Letters |
|---|---|---|---|---|---|
| 1. Abrasion Resistance (Cycles) | 100 Cycles | 500 Cycles | 2,000 Cycles | 8,000 Cycles | N/A |
| 2. Coupe Test Cut Resistance (Index) | Index 1.2 | Index 2.5 | Index 5.0 | Index 10.0 | X (Not Used) |
| 3. Tear Resistance (Newtons) | 10N | 25N | 50N | 75N | N/A |
| 4. Puncture Resistance (Newtons) | 20N | 60N | 100N | 150N | N/A |
| 5. TDM Cut Resistance (Newtons) | A (≥ 2N) | B (≥ 5N) | C (≥ 10N) | D (≥ 15N) | E (≥ 22N) / F (≥ 30N) |
| 6. Impact Protection (Pass/Fail) | N/A | N/A | N/A | N/A | P (Passed) |
Note: Dual-certification profiles across EN 388:2016 and ANSI/ISEA 105-2024 ensure unified mechanical compliance across European and North American industrial operation guidelines. Full safety batch certification sheets can be supplied to enterprise safety coordinators upon request.
Heavy Duty Industrial Welding Gloves Engineered for Extreme Environments
ARASWELD industrial welding gloves are engineered for high-performance protection in extreme working conditions, including structural steel fabrication, automotive manufacturing, and aerospace production. Built with advanced heat-resistant materials and reinforced construction, these gloves deliver certified multi-hazard protection against intense heat, abrasion, and mechanical stress. Designed for durability, safety, and precision, ARASWELD gloves help industrial professionals maintain productivity while reducing risk in demanding environments.
ARASWELD is a trusted global supplier of EN407 and EN388 certified welding gloves for industrial applications.
Welding Glove Solutions & Global Supply Services
We proudly support industries across North America, Europe, the Middle East, Asia, and Africa with compliance-verified safety logistics.
Industrial Welding Glove Solutions
ARASWELD provides high-performance industrial welding gloves designed for extreme heat resistance, durability, and safety. We support bulk supply, OEM production, and custom specifications for industrial clients worldwide.
Custom Manufacturing & Private Label
- Custom glove design & material selection
- Private label & branding options
- EN 388 & EN 407 certified production
- Flexible manufacturing solutions
Supplying Welding Gloves Worldwide
We deliver certified heat-resistant welding gloves to global markets, ensuring reliable commercial transit directly to your regional distribution corridors.
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• North America
- United States
- Canada
-
• Europe
- Germany
- France
- Italy
- United Kingdom
-
• Middle East
- Iran
- Turkey
- Iraq
- Egypt
- Saudi Arabia
- United Arab Emirates
- Qatar
-
• Africa
- Africa Regions
-
• Asia
- Asia Territories
Scalable Production & Mass Ordering
Our production infrastructure supports both specialized agile manufacturing and high-volume enterprise contract accounts, ensuring reliable delivery timelines.
- Low MOQ options for new industrial partnerships
- High-volume capacity configurations (10,000+ units/month)
- Stable, transparent, and legally secure supply chain paths
- Accelerated production turnarounds and freight logistics
ARASWELD is a trusted global manufacturer of EN 407 and EN 388 certified welding gloves for heavy enterprise safety programs.
Request Bulk Pricing & Technical SpecsFAQ Welding Gloves About Welding Gloves & Industrial Safety
Find answers to the most common questions about welding gloves, including heat resistance, safety standards, Materials used in gloves and industrial use cases.
General Welding Glove Questions
What are welding gloves used for?
Welding gloves are protective safety gloves designed to shield hands from extreme heat, sparks, molten metal, and mechanical hazards during welding and industrial operations. They are essential in industries such as construction, steel fabrication, shipbuilding, and oil & gas where thermal and physical risks are high.
Are ARASWELD welding gloves heat resistant?
Yes, ARASWELD welding gloves are heat resistant and tested according to EN407 standards. They provide protection against flame exposure, contact heat, and thermal hazards commonly found in welding and high-temperature industrial environments.
What makes a good welding glove?
A high-quality welding glove combines heat resistance, cut protection, durability, flexibility, and grip. Materials such as premium leather, reinforced stitching, and compliance with EN388 and EN407 standards ensure long-lasting performance in demanding industrial conditions.
Where are welding gloves commonly used?
Welding gloves are used across multiple industries, including construction, infrastructure projects, shipyards, steel manufacturing, oil & gas, and aerospace sectors. They are essential wherever workers face heat, sparks, abrasion, and mechanical risks.
Are ARASWELD gloves suitable for heavy industrial environments?
Yes, ARASWELD welding gloves are specifically engineered for heavy-duty industrial use. They offer high durability, heat resistance, and protection in harsh working conditions such as high temperatures, continuous usage, and demanding safety requirements.
Safety Standards & Certifications
What is EN407 certification for welding gloves?
EN407 is a European safety standard that evaluates a glove’s resistance to thermal risks, including flame, contact heat, convective heat, radiant heat, and molten metal splashes. ARASWELD gloves meet these requirements to ensure reliable heat protection.
What does EN388 mean for welding gloves?
EN388 measures resistance to mechanical hazards such as abrasion, cut, tear, and puncture. Gloves certified under EN388 provide strong protection in physically demanding industrial environments.
What are ANSI/ISEA protection levels?
ANSI/ISEA standards define cut resistance levels used primarily in North America. These ratings help industrial buyers compare glove performance and select appropriate protection levels for specific tasks.
Why are certified welding gloves important?
Certified welding gloves ensure compliance with international safety standards and reduce workplace risks. Using EN407 and EN388 certified gloves helps protect workers from both thermal and mechanical hazards.
Welding Glove Types & Selection
What are the main types of welding gloves?
The main types include TIG welding gloves for precision work, MIG welding gloves for medium-duty applications, and heavy-duty industrial gloves for extreme heat and rough handling environments.
Which welding gloves are best for industrial use?
Heavy-duty welding gloves with reinforced leather, heat-resistant lining, and high EN407 ratings are best for industrial environments such as steel plants and oil & gas facilities.
How do I choose the right welding gloves?
Choosing the right welding gloves depends on the type of welding, heat exposure level, required dexterity, and industry application. For high heat, select gloves with higher EN407 ratings and reinforced materials.
Global Supply & Orders
Does ARASWELD supply welding gloves worldwide?
Yes, ARASWELD supplies welding gloves globally, including Europe, the Middle East, and North America, ensuring consistent product quality and reliable logistics.
Can I order welding gloves in bulk?
Yes, ARASWELD supports bulk ordering with scalable production capacity for distributors, wholesalers, and industrial buyers.
Do you offer private label welding gloves?
Yes, ARASWELD provides custom manufacturing and private label solutions tailored to brand requirements and large-scale distribution needs.