Honeywell Safety
Honeywell Perfect Fit 100 Percent Kevlar Gloves - 1 Pair
- SKU:
- HL-KV13A
- MPN:
- KV13A
- Availability:
- Ship 1-3 business days
- Weight:
- 2.00 LBS
- Width:
- 6.00 (in)
- Height:
- 4.00 (in)
- Depth:
- 4.00 (in)
- Shipping:
- Calculated at Checkout
Bulk discount rates
Below are the available bulk discount rates for each individual item when you purchase a certain amount
Buy 12 or above | and get 5% off |
Frequently bought together:
Description
Overview:
Reference Number | KV13A |
Product Type | Gloves |
Range | specificprotection |
Line | Cut resistant |
Industry | Automotive and Part Manufacturer • Building and Construction • Fishing • General Industry • Glass Industries • Metal steel • Minning and Quarrying • Ship Building • Wood Industries |
Product Use | Sheet Metal • Glass Handling • Canning • Automotive Sub-Assembly • Metal Stamping |
Features/Benefits:
Feature | 100% Kevlar |
Benefit | Kevlar is 5x stronger than steel on an equal weight basis, and can withstand temperatures up to 900°F (480° C) without melting or degrading. |
Feature | Lightweight protection |
Benefit | Our 13 gauge glove offers a level 2 ANSI ASTM cut protection, while providing excellent dexterity. |
Technical Descriptions:
Description | 100% Kevlar seamless knit glove is lightweight for excellent dexterity and tactile sensitivity. |
Product Technology | DuPont™ Kevlar® engineered fiber |
Fiber | 100% Kevlar® |
Gauge | 13 gauge |
Glove/liner color | Yellow |
Weight (in grams) | Lightweight |
Certifications:
EN 388 - Mechanical Hazards Abrasion Resistance | |
Abrasion resistance | 0 |
ASTM D3389-05 | |
ANSI Level Abrasion Resistance | Level 1 |
ASTM F1790-97 | |
ANSI Level Cut Resistance | Level 2 |
Quality Assurance | ISO 9001 / 2000 |
Care Instructions:
- Dry cleaning is the acceptable cleaning method for gloves of KEVLAR fiber.
- Some differences in shrinkage, weight loss, yarn tensile strength, and color related to staining or the cleaning method may be seen, but there is no significant impact on cut resistance up to 30 cleaning cycles (without industrial use between cycles).
- Thirty cleaning cycles is considered to be more than can be expected because of normal wear.
- Chlorine bleach is not recommended for KEVLAR - chlorine will cause rapid degradation of the fiber.
- Wash or dry temperatures should not exceed 170º F