MCR Safety 48406K Welding Gloves, Goatskin Kevlar-Lined MIG/TIG (Impact)
EDITORIAL REVIEW: 4.5/5 WC Safety Review β the MCR Safety 48406K welding gloves Editorial assessment by the WC Safety Editorial Team, based on published MCR Safety specifications and category fit. We did not labor...
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Editorial assessment by the WC Safety Editorial Team, based on published MCR Safety specifications and category fit. We did not laboratory-test this product.
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MCR Safety 48406K Welding Gloves, Goatskin Kevlar-Lined MIG/TIG (Impact) Overview
The MCR Safety 48406K welding gloves pair welding-grade heat and spark protection with cut and impact resistance in a dexterous goatskin build. A premium grain goatskin shell gives the tactile feel MIG and TIG work demand, a DuPont Kevlar lining adds heat and cut resistance, Kevlar thread holds the seams against heat and wear, and a hi-vis TPR back of hand and fingers provides ANSI/ISEA 138 Level 1 impact protection.
As goatskin welding gloves, the appeal is control with protection: supple goatskin, rich in natural lanolin, keeps the glove comfortable and grippy, while the Kevlar-lined welding gloves construction resists incidental heat and cuts. A 5-inch russet split cowhide cuff shields the wrist, a keystone thumb aids torch control, and the self-hem sewn cuff pulls on and off fast. These MIG TIG welding gloves put dexterity first.
Like any item in welding gloves, match the glove to your process and hazards. As TPR impact welding gloves they add back-of-hand impact protection over a standard welding glove; the exact ANSI cut level is not in the title, so confirm it on MCR's datasheet, and note these are not rated for sustained hot-metal handling or chemicals. Compare this leather work glove against other welding and impact glove options, and see our welding-glove guide before ordering.
What These Welding Gloves Are Built For
| Use case | Fit | Buyer guidance |
|---|---|---|
| MIG and TIG welding | Purpose-built | Goatskin dexterity suits torch and filler-rod control. |
| Heat, spark, and spatter exposure | Strong | Goatskin shell, Kevlar lining, and a 5-inch cowhide cuff shield the hand and wrist. |
| Back-of-hand impact and pinch points | Level 1 | TPR back is ANSI/ISEA 138 Level 1; step up for heavier impact. |
| Sustained hot-metal handling | Not this glove | Use a rated high-contact-heat glove for holding hot parts. |
| Chemical exposure | Not suitable | Leather is mechanical and heat PPE; use chemical-rated gloves instead. |
Hand protection has to match the specific hazard. These are welding gloves for heat, sparks, cuts, and back-of-hand impact β not for every risk: leather welding gloves are not rated for chemicals, so for a chemical splash hazard use chemical-resistant gloves selected for the substance, and they are not intended for sustained handling of hot metal, which needs a rated high-contact-heat glove. Confirm the ANSI/ISEA 105 cut level and the ANSI/ISEA 138 Level 1 impact rating against your task, match the cuff length to your process spatter, size the glove for torch control, inspect the leather, Kevlar seams, cuff, and TPR before each use, and replace the gloves once any part is burned, cut, or worn through. Compare tiers in cut vs impact gloves and the ANSI/ISEA 138 impact standard.
Pros & Cons
- Premium grain goatskin for MIG/TIG dexterity and grip
- DuPont Kevlar lining for heat and cut resistance
- Kevlar thread seams resist heat and wear
- 5-inch russet split cowhide cuff for wrist protection
- Hi-vis TPR back, ANSI/ISEA 138 Level 1 impact
- Exact ANSI cut level not in the title β confirm on MCR's datasheet
- Level 1 impact only β step up for heavy impact
- Not for sustained hot-metal handling or chemicals
- 5-inch cuff is shorter than a full gauntlet for heavy spatter
How It Compares
The 48406K is a dexterity-first goatskin welding glove with impact. Weigh it against the alternatives before ordering:
| Option | Leather | Impact | Best for |
|---|---|---|---|
| 48406K (this page) | Goatskin, Kevlar-lined, 5-inch cuff | Level 1 TPR back | MIG/TIG with impact protection |
| Plain goatskin welding glove | Goatskin, no TPR | None | MIG/TIG dexterity, lower cost |
| Heavy gauntlet welding glove | Cowhide, long cuff | Varies | Stick welding, heavy spatter, more heat |
Choose the 48406K for dexterous MIG/TIG work with impact protection, a plain goatskin glove to save cost, or a heavy gauntlet for stick welding and heavier heat. Compare in our best welding gloves and best impact-resistant gloves guides and the wider welding glove range.
Specifications
| Brand | MCR Safety |
| Model / Part Number | 48406K (confirm size for this listing) |
| Type | Leather MIG/TIG welding glove with impact |
| Shell / Lining | Premium grain goatskin; DuPont Kevlar lining; Kevlar thread |
| Cuff / Thumb | 5-inch russet split cowhide cuff; keystone thumb; self-hem sewn cuff |
| Impact | Hi-vis TPR back of hand and fingers β ANSI/ISEA 138 Level 1 |
| Cut Level / Size | ANSI cut level per MCR datasheet; confirm size for this listing |
Related Guides
best welding gloves, best impact-resistant gloves, best leather work gloves, cut vs impact gloves, ANSI/ISEA 138 impact standard.
Related Resources
welding gloves leather work gloves impact-resistant gloves cut-resistant gloves
Frequently Asked Questions
What welding is the MCR 48406K designed for?
It is designed for MIG and TIG welding, where the premium goatskin gives the dexterity needed to handle a torch and filler. Its Kevlar lining adds heat and cut resistance. For heavy stick welding you may want a thicker gauntlet-style glove with more insulation.
What is the 48406K made of?
A premium grain goatskin leather shell, lined with DuPont Kevlar for heat and cut resistance and sewn with Kevlar thread for durability, with a 5-inch russet split cowhide cuff, a keystone thumb, and a self-hem sewn cuff. Goatskin is prized for dexterity and grip.
What impact protection does it offer?
A hi-vis TPR back of hand and fingers provides ANSI/ISEA 138 Level 1 impact protection, which guards the back of the hand from knocks and pinch points around the weldment. Level 1 is the entry impact tier; step up for heavier impact exposure.
Does the Kevlar lining make these cut-resistant?
The DuPont Kevlar lining adds cut and heat resistance versus plain leather, but the exact ANSI/ISEA 105 cut level is not stated in this listing's title, so we do not publish a level we cannot verify. Confirm the cut level on MCR's datasheet if cut protection is a priority.
How much heat do these gloves handle?
The goatskin shell and Kevlar lining resist the incidental heat and spatter of MIG and TIG welding, but MCR does not publish a specific contact-heat rating for this model. Do not use welding gloves for sustained handling of hot metal; use a rated high-heat glove for that.
What is the cuff for?
The 5-inch russet split cowhide cuff shields the wrist and lower forearm from sparks, spatter, and heat, and it lets you pull the glove on and off quickly. A longer gauntlet cuff gives more forearm coverage if your process throws more spatter.
What does the keystone thumb do?
A keystone thumb is a separately sewn thumb piece set at an angle to follow the natural position of the hand. It improves comfort and dexterity for holding a torch or filler rod and reduces bunching compared with a straight-sewn thumb.
Can I use these gloves for chemical handling?
No. Leather welding gloves are for heat, spark, cut, and impact - not chemicals. For chemical exposure, use chemical-resistant gloves rated for the specific substance. Match the glove to the actual hazard.
Why Kevlar stitching instead of regular thread?
Kevlar thread resists heat and abrasion far better than standard thread, so the seams are less likely to burn through or fail from sparks and wear. It is a common upgrade on welding gloves for longer service life.
How should welding gloves fit?
Snug enough for torch and rod control but loose enough to pull off fast if they get hot. Goatskin gives good tactile feel for TIG. Use the size that matches your hand, and confirm the size on this listing before ordering.
How do I care for goatskin welding gloves?
Keep them dry, let them air dry away from direct heat if damp, and store them flat. Leather stiffens if dried too fast. Inspect the leather, Kevlar seams, cuff, and TPR for burns, cuts, or wear, and replace the gloves when protection is compromised.
When should I replace these gloves?
Replace them when the leather is burned through, cut, or worn thin, the Kevlar seams fail, the cuff is damaged, or the TPR is cracked. Damaged welding gloves no longer protect against heat, sparks, cuts, or impact.
Written by Steven Eaton, WC Safety Editorial. Specifications sourced from MCR Safety published data. Compare the range in welding gloves.
WC Safety is an independent PPE retailer and Amazon Associate; no paid placement. Match the product to your specific hazard and follow your site PPE program.
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