SDS
Page 7 of 12 
Ames’ Safety Deck
™
 Clear and Tinted
Product Name (as used on Label and List) 
Color: Clear, Brown, Green or Red 
Revision Date: 9-2-16 
GHS Safety Data Sheets (SDS) 
SECTION 11 – TOXICOLOGICAL INFORMATION 
INFORMATION ON TOXICOLOGICAL EFFECTS 
ACUTE TOXICITY 
May cause slight transient (temporary) eye irritation. 
Corneal injury unlikely. Short single exposure not likely to 
cause significant skin irritation. Prolonged and repeated 
exposure may cause slight skin irritation. Material may stick 
to skin causing irritation upon removal. A single, prolonged 
exposure is not likely to result in the material being 
absorbed through skin in harmful amounts. With good 
ventilation, a single exposure to vapors is not expected to 
cause adverse effects. Single dose oral toxicity is considered 
to be extremely low. No hazards anticipated from 
swallowing small amounts incidental to normal handling 
operations. 
IRRITATION / 
CORROSION 
May cause slight irritation to skin, eyes, throat and 
respiratory tract. 
SENSITIZATION 
N.A. 
MUTAGENICITY 
N.A. 
CARCINOGENICITY 
Prolonged inhalation of respirable crystalline silica may 
cause lung disease and silicosis (chronic/ordinary, 
accelerated, acute). Quartz NTP Status: Group 1 – Known 
Human Carcinogen. 
REPRODUCTIVE 
TOXICITY 
N.A. 
TETRAOGENICITY 
N.A. 
SPECIFIC TARGET 
ORGAN TOXICITY 
(SINGLE EXPOSURE) 
N.A. 
SPECIFIC TARGET 
ORGAN TOXICITY 
(REPEATED EXPOSURE) 
Causes damage to organs (lung/respiratory system) through 
prolonged or repeated exposure (inhalation). 
ASPIRATION HAZARD 
N.A. 
INFORMATION ON 
LIKELY ROUTES OF 
EXPOSURE 
Dermal is likely route of exposure. 
POTENTIAL ACUTE HEALTH EFFECTS 
EYE CONTACT 
May cause slight transient (temporary) eye irritation. 
INHALATION 
With good ventilation, a single exposure to vapors is not 
expected to cause adverse effects. 
SKIN CONTACT 
Short single exposure not likely to cause significant skin 
irritation. Prolonged and repeated exposure may cause slight 
skin irritation. Material may stick to skin causing irritation 
upon removal. A single, prolonged exposure is not likely to 










