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-2- <br /> SECTION III - FIRE & EXPLOSION HAZARD DATA <br /> FLASH POINT (°F): NA METHOD USED: NA <br /> FLAMMABILITY LIMITS: <br /> LEL: NA UEL: , NA <br /> AUTO-IGNITION TEMPERATURE (°F): NA <br /> EXTINGUISHING MEDIA: Water, Foam, CO2, Dry Chemical <br /> SPECIAL FIREFIGHTING INSTRUCTIONS: <br /> None required. <br /> UNUSUAL FIRE AND EXPLOSION HAZARDS: <br /> None. <br /> SECTION IV - REACTIVITY DATA <br /> STABILITY (CONDITIONS TO AVOID): <br /> Stable (none) <br /> INCOMPATIBILITY (MATERIALS TO AVOID): <br /> None <br /> HAZARDOUS DECOMPOSITION PRODUCTS: <br /> Sizings or binders may decompose in a fire. Primary combustion products are <br /> carbon monoxide, carbon dioxide and water. <br /> HAZARDOUS POLYMERIZATION: <br /> Will not occur. <br /> SECTION V - HEALTH HAZARD DATA <br /> PRIMARY ROUTE(S) OF ENTRY: Inhalation <br /> HEALTH HAZARDS (ACUTE AND CHRONIC) <br /> INHALATION: <br /> Acute: Mechanical irritation of the mouth, nose and throat. <br /> Chronic: Many studies have been conducted to determine the potential <br /> long term effects of fibrous glass inhalation. In man, epidemiology <br /> studies of workers employed for up to 40 years in fibrous glass manu- <br /> facturing do not show any consistent evidence of pulmonary disease, <br /> either malignant or nonmalignant. Studies in animals using the natural <br /> route of exposure - i.e. , inhalation - have not shown evidence of a <br /> carcinogenic effect. Artificial implantation of large quantities of <br />