How to choose proper chemical resistant gloves:
1)Identify the chemical you are working with.
2)Consult the Material Safety Data Sheet (MSDS) on the chemical.
3)Check the chemical resistance guide for gloves.


Determine the physical factors involved in the glove application, these include:
1)Dexterity and flexibility
2)Resistance to puncture and snags
3)Abrasion resistance
4)Determine the needed glove length
5)Test glove


How to size chemical resistant gloves
Proper fitting gloves are important. Gloves too large are uncomfortable, hard to use and can be hazardous. Gloves too small are binding and cause hand fatigue.
To determine size, follow these recommendations:
hand size:7-8", Small 8-9" Medium, 9-10" Large, 10-11" Extra Large


Factors than can adversely affect the life of chemical resistant gloves
Permeation: rate at which a chemical passes through the glove material.
Breakthrough: the elapsed time from initial chemical contact on the glove surface to actual detection of chemical in the inside of the glove.
Degradation: change in glove properties due to chemical contact. Swelling, softening, hardening, drying and other undesirable effects are some examples of degradation.


Physical performance chart for unsupported gloves: visit this page http://www.tensupply.com/gloves_catagory_charts.htm


Latex Allergen Information
LATEX GLOVE CAUTION STATEMENT: This statement appears on the packaging of all latex gloves.
CAUTION: This product contains natural rubber latex which may cause allergic reactions. Users with a known sensitivity to rubber or latex products should avoid contact. IF YOU EXPERIENCE A REACTION TO THIS PRODUCT, DISCONTINUE USE AND SEEK MEDICAL ATTENTION. Reactions may include such phenomena as watery eyes;. wheezing, hives, a rash, welts, redness, dryness, tingling or other skin irritations; hay fever-like symptoms such as sneezing, runny nose, itching throat or; tightening of the chest.

Gloves

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