Esko ChemGard 806 Gauntlet
Features
- Anti-slip diamond grip pattern
- Flocklined for no-sweat comfort
- Tough abrasion resistant nitrile rubber
- Specially formulated for improved dexterity
- Sizes 7(S)-12(3XL)
Click to download Esko’s chemical resistance glove selection guide.
Recommendations are advisory. The suitability of a product for a specific application must be determined by testing by the user.
EN 388:2016 4102X
Updates the EN 388:2008 standard. It continues the previous test’s methods with some alterations including a change to the way the coup cut test is carried out (the second figure giving the coup cut resistance rating may be expressed as ‘X’ if the glove is not tested under the coup test or if the rolling blade becomes blunt before the test is completed). It adds a fifth letter (A to F, with F being highest) for cut resistance using the sliding blade TDM test and a sixth letter to indicate impact protection, expressed as ‘P’ for pass. If the glove is not designed to provide impact protection the sixth figure is left out, or sometimes ‘F’ (fail).
EN 1186
Glass/fork symbol gives traceability and identification of materials intended to come into contact with food. Confirms that these products will not contaminate food with hazardous substances.
FDA 21
Overarching regulations for production, testing, labelling and advertising of food and drugs within the United States.
EN 374-1 AJKLNOT
Indicates that the product meets permeation standards for protective gloves, with permeation resistance of (Type A) at least 30 minutes to 6 test chemicals, (Type B) at least 30 minutes to 3 chemicals and (Type C) at least 10 minutes to 1 chemical. Letters under the shield identify the chemicals.
EN 374-2
Indicates that the product meets penetration standards for protective gloves, against penetration by dangerous chemicals and micro-organisms. A sample glove shall not leak water or air when tested for closures, porosity, seams, pinholes, leaks or imperfections of the glove by either inflating with air or filling with water.
EN 374-4
Measures the glove’s resistance to degradation by chemical exposure—any flaking, swelling, disintegration, embrittlement, hardening, softening, etc—by testing the force required to puncture the glove material after continuous contact with a challenge chemical.
EN 374-5
Tests the glove for safety in risks of contact with micro-organisms—bacteria, fungi
Uses
- Painting
- Laboratory
- Horticulture
- Environmental waste
- Automotive
- Food Processing