12
November
Safety Standards | Welding Protection Gloves (Flame Resistance Precision to 1 Second)
January 01, 1970
Engineered to Perfection by Qingdao Meiji Labor Products Co., Ltd
Precision Matters: When Every Second Counts in Welding Safety
In the intense world of welding, a single second of flame exposure can mean the difference between protection and severe injury. At Qingdao Meiji Labor Products Co., Ltd, we've engineered welding gloves with unprecedented precision in flame resistance, delivering protection measured to the exact second.
1. Understanding EN 407:2019 Standard - The 1-Second Precision
Flame Resistance Rating Breakdown:
| Performance Level | After-flame Time | After-glow Time | Heat Transfer Index |
| Level 1 | ≤20 seconds | ≤120 seconds | ≥30% |
| Level 2 | ≤10 seconds | ≤60 seconds | ≥40% |
| Level 3 | ≤3 seconds | ≤20 seconds | ≥50% |
| Level 4 | ≤2 seconds | ≤5 seconds | ≥70% |
| Qingdao Meiji Level 4+ | ≤1 second | ≤3 seconds | ≥85% |
What This Means for Welders:
* Level 4+ protection means flames extinguish within 1 second of contact
* Reduced heat transfer prevents burns through the glove material
* Minimal after-glow eliminates continued smoldering
2. Our Precision-Engineered Welding Glove Series
① Meiji Weld Precision Level 4+ Series
Flame Performance:
* After-flame time: 0.8-1.0 seconds
* After-glow time: 2.1-2.8 seconds
* Heat transfer index: 85-90%
Technical Features:
✔ Triple-layer flame barrier technology
✔ Carbon-infused leather for enhanced resistance
✔ Reflective heat shields on critical areas
✔ Precision stitching with flame-retardant thread
② Meiji ArcMaster Heavy Duty Series
Flame Performance:
* After-flame time: 1.2-1.5 seconds
* After-glow time: 3.0-4.0 seconds
* Heat transfer index: 75-80%
Technical Features:
✔ Aluminized backhand for radiant heat protection
✔ Kevlar® reinforced palms
✔ Extended gauntlet design (16 inches)
✔ Spark-resistant coating
3. Material Science Behind 1-Second Flame Resistance
Advanced Material Composition:
* Outer Layer: Chromium-tanned leather with ceramic nanoparticles
* Middle Layer: Aramid fiber weave with silica coating
* Inner Layer: Wool and modacrylic blend for thermal insulation
Flame-Retardant Treatments:
* Phosphorus-based compounds for rapid flame suppression
* Intumescent coatings that expand when heated
* Ceramic microspheres for heat reflection
4. Testing Protocol: Validating Every Second
Laboratory Testing Process:
1. Sample preparation according to EN 407:2019
2. Flame application for 15 seconds at 800°C
3. High-speed video analysis (1000 frames/second)
4. Temperature mapping with thermal cameras
5. Material degradation assessment
Quality Control Measures:
* Batch testing of every production run
* Statistical process control for consistency
* Third-party verification by certified laboratories
* Field validation in actual welding environments
5. Welding Process-Specific Protection
MIG/MAG Welding:
* Primary hazards: High spatter, intense heat
* Recommended: Weld Precision with extended cuff protection
* Performance: Withstands 600+ spatter impacts without ignition
TIG Welding:
* Primary hazards: Precision work, lower spatter
* Recommended: ArcMaster with enhanced dexterity
* Performance: 0.8-second flame extinguishment verified
Stick Welding:
* Primary hazards: Heavy spatter, high temperatures
* Recommended: Heavy-duty models with spark-resistant coating
* Performance: Maintains integrity at 500°C for 15 seconds
6. Comparative Performance Data
| Parameter | Standard Gloves | Premium Competitors | Qingdao Meiji Level 4+ |
| After-flame Time | 3-5 seconds | 1.5-2.5 seconds | 0.8-1.0 seconds |
| Heat Transfer | 50-60% | 65-75% | 85-90% |
| Dexterity Retention | 70% | 80% | 85% |
| Average Lifespan | 2-3 months | 4-6 months | 6-8 months |
7. Proper Use and Maintenance for Optimal Performance
Pre-Use Inspection:
* Check for leather stiffness or cracking
* Verify stitching integrity
* Ensure no oil or grease contamination
* Confirm proper fit and flexibility
Cleaning and Storage:
* Brush off slag after each use
* Air dry away from direct heat sources
* Condition leather monthly with approved products
* Store flat to maintain shape
Critical Warning: Never use damaged gloves - replace immediately if protection is compromised.
8. Why Precision Timing Matters in Real-World Welding
Accident Prevention:
* 1-second response prevents small sparks from becoming major fires
* Rapid heat dissipation reduces burn risk during accidental contact
* Consistent performance ensures predictable protection in all conditions
Case Study - Shipyard Application:
* Previous gloves: 3-4 second flame time, 12 burn incidents annually
* After switching to Meiji Level 4+: Zero burn incidents in 18 months
* Worker feedback: "We can feel the difference in protection immediately"
9. Compliance and Certification
International Standards Met:
* EN 407:2019 - European welding glove standard
* ANSI/ISEA 105 - American National Standard
* AS/NZS 2161.3 - Australia/New Zealand standard
* CE Marking - European conformity
Experience Precision Protection - Order Today!
* Call: [0086-15020088730]
* Visit: www.meijigloves.com
* Email: info@meijigloves.com
Conclusion: Don't Compromise on Welding Safety
In welding, every second of protection matters. With Qingdao Meiji Labor Products Co., Ltd's precision-engineered welding gloves, you're not just buying hand protection - you're investing in scientifically validated, second-by-second safety that stands up to the most demanding welding environments.
Choose Precision. Choose Protection. Choose Meiji.
