Showa Best Glove, Inc. Atlas Gloves and N-Dex Gloves

AUSTRALIA

The Chemical Abstract Services identification numbers provide unique identifiers for easy cross-reference to Material Safety Data Sheets (MSDS). Some chemicals are known by several widely used names. Some well known synonyms appear in this guide and have the same CAS Number.

The European “Guide to Classification and Marking of Hazardous Substances” established a labeling ordinance so that anyone handling a hazardous product knows the health risks. Hazardous products can cause injuries from inhalation, ingestion or skin contact after even a single exposure or from prolonged or repeated exposure. Based on toxicity information, the categories are: Most toxicity ratings are based on inhalation or oral routes of chemical exposure. The European Toxicity Risk Code is based on dermal exposure to chemicals. Gloves provide protection from dermal exposure to chemicals. Other items of Personal Protective Equipment protect from other routes of chemical exposure.

**European Toxicity Risk Code**
1)		Extremely Dangerous (Dermal LD50 in rabbits is <50 mg/kg)
	A.	Very Toxic	Tx

2)		Very Dangerous (Dermal LD50 in rabbits is 25 to 200 mg/kg)
	A.	Toxic	T
	B.	Highly Corrosive	Cx
	C.	Known Carcinogen	CANCER

3)		Dangerous (Dermal LD50 in rabbits is 400 to 2000 mg/kg)
	A.	Corrosive	C
	B.	Harmful	X
	C.	Irritant	XI
	D.	Allergen (Known Sensitizer)	SENS.
	E.	Suspected Carcinogen	CANCER

4)		Other
	A.	Potentially Harmful (Low Toxicity)	V
	B.	No Rick Information Available	N.A.

Most toxicity ratings are based on inhalation or oral routes of chemical exposure. The European Toxicity Risk Code is based on dermal exposure to chemicals. Gloves provide protection from dermal exposure to chemicals. Other items of Personal Protective Equipment protect from other routes of chemical exposure.

Degradation is the physical change in a glove after chemical exposure. Typical effects may be swelling, wrinkling, deterioration, or delamination. There are no accepted standards for measuring degradation. Best degradation testing is based on a protocol considered by the ASTM F23 Protective Clothing Committee. One side of the glove material is exposed to the test chemical for four hours. The percent weight change is measured at four time intervals: 5, 30, 60 and 240 minutes. The gravimetric ratings are ranked as shown below.

Key	Rating	Weight Change
E	Excellent	0-10%
G	Good	11-20%
F	Fair	21-30%
P	Poor	31-50%
NR	Not Recommended	Above 50%

Where degradation rating is poor (P) or not recommended (NR) after 60 minutes, the material is not tested for permeation resistance. Permeation results are listed as not recommended (NR) because of severe degradation. WARNING: Weight change is only our measure of degradation and does not account for certain physical changes such as hardening of PVC.

**EN 374 Ratings**
Rating		Description
0		10 minutes breakthrough time; Dangerous selection
1	>	10 minutes breakthrough time;Very poor; Splashes only; change quickly
2	>	30 minutes breakthrough time; Poor choice; change quickly when exposed
3	>	60 minutes breakthrough time; Sometimes satisfactory; change soon after exposure .
4	>	120 minutes breakthrough time; Good selection; change after 2 hours.
5	>	240 minutes breakthrough time; Next best selection; change after 4 hours.
6	>	480 minutes breakthrough time; Safest best selection with highest rating attainable.

**Cut Resistance Ratings**
Rating		Description
0	<	200 grams of weight needed to cut through material with 25 mm of blade travel
1	>	200 grams of weight needed to cut through material with 25 mm of blade travel
2	>	500 grams of weight needed to cut through material with 25 mm of blade travel
3	>	1000 grams of weight needed to cut through material with 25 mm of blade travel
4	>	1500 grams of weight needed to cut through material with 25 mm of blade travel
5	>	3000 grams of weight needed to cut through material with 25 mm of blade travel

**Puncture Ratings**
Rating		Description
0	<	10 Newtons of Force to Puncture
1	>	10 Newtons of Force to Puncture
2	>	20 Newtons of Force to Puncture
3	<	60 Newtons of Force to Puncture
4	<	100 Newtons of Force to Puncture
5	<	150 Newtons of Force to Puncture

**Abrasion Ratings**
Rating		Description
0	<	100 Abrasion cycles to fail (500 gram load)
1	>	100 Abrasion cycles to fail (500 gram load)
2	>	500 Abrasion cycles to fail (500 gram load)
3	<	1000 Abrasion cycles to fail (500 gram load)
4	<	3000 Abrasion cycles to fail (1000 gram load)
5	<	10,000 Abrasion cycles to fail (1000 gram load)
6	>	20,000 Abrasion cycles to fail (1000 gram load)

Zorb-IT® Pro-Safe 5505 glove is sponge nitrile-coated Zorb-IT® product line from Showa-Best Glove. This glove has Maximum Oil Absorbency (MXOA). This fully-dipped glove brings new levels of form-fitting comfort and cut-resistance, thanks to a cut-resistant liner made from aramid fibers and cotton. Its sponge-nitrile technology Longer and dipped deeper but still absorbs oil and water to deliver the same superior grip and handling in wet or oily applications that it does in dry jobs. Whether you're handling small, sharp parts or changing out blades and cutting instruments, Zorb-IT® Pro-Safe is the ultimate in advanced, cut-resistant nitrile-coated hand protection. Available in sizes M-XL.Sponge Nitrile featuring Maximum Oil Absorbency (MXOA), Fully-Coated, Kevlar Cotton Liner, Safety Cuff for Extra Protection, Ergo-Design for Maximum Comfort, Sanitized®, and Overcast with Color-Coded Polyester Indicating Size

Product Sheet

Item No.	Size	Description	Color	Finish
5505	medium(08), large (09), extra-large (10)	Fully Coated Sponge Nitrile Kevlar Palm Safety Cuff	blue on white	Sponge

Test Type		Wear/Abrasion	Cut	Tear	Puncture
ASTM
	4221

Compliance: