E-300 Steel Over-Coat System TM

MATERIAL SAFETY DATA SHEET:

E-300 Steel Over-Coat System ^TM Polyurethane Moisture Cure Coal Tar Top Coat.		Emergency Number Chem. Tel 1-800-255-3924

1. CHEMICAL PRODUCT IDENTIFICATION: E-300 Steel Over-Coat System ^TM
Product Name: Formulation 292-7-A Product Code: E-300 Chemical Family: Moisture Cure Prepolymer

2. COMPOSITION/INFORMATION ON INGREDIENTS:
INGREDIENT NAME /CAS NUMBER	EXPOSURE LIMITS		CONCENTRATION (%)
	HAZARDOUS INGREDIENTS

Solvent Naptha (AR100) 64742-95-6
	OSHA: Not Established ACGIH: Not Established Supplier 50.000 ppm		23-27%

Diphenylmethane Diisocyanate (MDI) (2,2; 2,4) 26447-40-5
	OSHA : Not Established ACGIH: Not Established		7.2 %
Non-isomer specific CAS number includes 2,2' MDI and 2,4' MDI.

4,4'-Diphenylmethane Diisocyanate 101-68-6
	OSHA : .02 ppm Ceiling.20 mg/m3 Ceiling ACGIH: .005 ppm TWA.051 mg/m3 TWA		5.9 %

Polyisocyanate based on (MDI) Specific chemical identity is withheld as a trade secret
	OSHA.- Not Established ACGIH.- Not Established		39.5%

Xylene 1330-20-7
	OSHA: 100.00 ppm TWA 150.00 ppm STET, ACGIH: 100.00 ppm TWA 150.00 ppm STEL		2%

Iron Oxide (micaceous) Iron Oxide (Fe203) - IC. I. Pigment Red 101) 1309-37-1
	OSHA : Not Established ACGIH: 5.00 mg/m3 TWA (dust & fume)		5 %


Coal Tar [Modified refined], [black-esh-silver color].
	This particularly refined modified Coal Tar is not required to be listed as Hazardous material.		18 %

Silicon Dioxide (Amorphous) 7631-86-9
	OSHA : 6.00 mg/m3 TWA ACGIH: 10.00 mg/m3 TWA		Approx. 1.8 %

3. PHYSICAL PROPERTIES:

PHYSICAL FORM	Liquid
COLOR	Pigmented Red 101
ODOR	Of solvent
BOILING POINT	Not established
MELTING/FREEZING POINT	Not established
SOLUBILITY IN WATER	Isocyanate: Insoluble, reacts with water to liberate C02 gas
SPECIFIC GRAVITY	1. 14
BULK DENSITY	Approximately 12.5 lbs/gal.
% VOLATILE BY WEIGHT	Approximately 22-27
VAPOR PRESSURE	Not established

4. FIRE AND EXPLOSION DATA:
FLASH POINT:
	Not established {Xylene: 83 F (28.3 C)}
FLAMMABLE LIMITS:
	UPPER EXPLOSIVE LIMIT (UEL) (%):	6.0 AR100
	LOWER EXPLOSIVE LIMIT (LEL)(%):	0.9 AR100
	UPPER EXPLOSIVE LIMIT (UEL)(%):	7.0 Xylene
	LOWER EXPLOSIVE LIMIT (LEL)(%):	1.0 Xylene

EXTINGUISHING MEDIA:
	Dry Chemical; Carbon Dioxide; Foam
SPECIAL FIRE FIGHTING PROCEDURES:
	Full emergency equipment with self-contained breathing apparatus and protective clothing should be worn by firefighters. During a fire, MDI vapors and other irritating, highly toxic gases may be generated by thermal decomposition or combustion. (See Section VIII.) At temperatures greater than 400 F (204 C), this product may polymerize and decompose which can cause pressure build-up in closed containers. Explosive rupture is possible. Therefore, use cold water to cool fire-exposed containers. Solvent vapors may be heavier than air. Under conditions of stagnant air, vapors may build up and travel along the ground to an ignition source which may result in a flash back to the source of the vapors.

UNUSUAL FIRE / EXPLOSION HAZARDS:
	DO NOT USE WATER OR HALOGENATED EXTINGUISHING AGENTS. Aluminum can react with these extinguishing agents to form hydrogen gas. Hydrogen gas is flammable and explosive.

5. HUMAN HEALTH DATA:

ROUTE (S) OF ENTRY:
	Inhalation; Skin Contact; Skin Absorption; Eye Contact

HUMAN EFFECTS AND SYMPTOMS OF OVEREXPOSURE:
	ACUTE INHALATION
		Isocyanate vapors or mist at concentrations above the TLV or other appropriate exposure limit can irritate (burning sensation) the mucous membranes in the respiratory tract (nose, throat, lungs) causing runny, nose, sore throat, coughing, chest discomfort, shortness of breath and reduced lung function (breathing obstruction). Persons with a preexisting, nonspecific bronchial hyperreactivity can respond to concentrations below the TLV with similar symptoms as well as asthma attack. Exposure well above the TLV may lead to bronchitis, bronchial spasm and pulmonary edema (fluid in lungs). These effects are usually reversible. Chemical or hypersensitive pneumonitis, with flu-like symptoms (e.g., fever, chills), has also been reported. These symptoms can be delayed up to several hours after exposure. Solvent vapors are irritating to the eyes, nose, and throat. Symptoms of irritation can include: red, itchy eyes, dryness of the throat and tightness in the chest. Other possible symptoms of overexposure include: headache, nausea, narcosis, fatigue and loss of appetite. Persons exposed to 200 ppm of Xylene experienced eye, nose and throat irritation. Concentrations of 10,000 ppm of Xylene can be immediately dangerous to life and health. Overexposure to aluminum may cause upper and lower respiratory irritation. Symptoms may include cough and shortness of breath.

	CHRONIC INHALATION
		As a result of previous repeated overexposures or a single large dose, certain individuals may develop isocyanate sensitization (chemical asthma) which will cause them to react to a later exposure to isocyanate at levels well below the TLV. These symptoms, which can include chest tightness, wheezing, cough, shortness of breath or asthmatic attack, could be immediate or delayed up to several hours after exposure. Similar to many non-specific asthmatic responses, there are reports that once sensitized an individual can experience these symptoms upon exposure to dust; cold air or other irritants. This increased lung sensitivity can persist for weeks and in severe cases for several years. Chronic overexposure to isocyanate has also been reported to cause lung damage (including decrease in lung function) which may be permanent. Sensitization can either be temporary or permanent. Chronic exposure to organic solvents has been associated with various neurotoxic effects including permanent brain and nervous system damage. Symptoms include loss of memory, loss of intellectual ability and loss of coordination. Prolonged or repeated exposure to fine aluminum powder may cause scarring of the lung tissue (pulmonary fibrosis). Signs and symptoms of exposure include difficulty breathing, coughing, drowsiness, loss of appetite and rapid breathing. One cause of brain damage (encephalopathy) has occurred in connection with scarring of the lung tissue due to aluminum dust. Aluminum content of the brain was 20 times normal levels.

	ACUTE SKIN CONTACT
		Isocyanates react with skin protein and moisture and can cause irritation which may include the following symptoms: reddening, swelling, rash, scaling or blistering. Cured material is difficult to remove. Repeated or prolonged skin contact with solvent can result in dry, defatted and cracked skin causing increased susceptibility to infection. In addition, skin irritation (i.e. redness, swelling) that may develop into dermatitis may occur from skin contact. Solvents may penetrate the skin causing effects similar to those identified under acute inhalation exposure.

	CHRONIC SKIN CONTACT
		Prolonged contact can cause reddening, swelling, rash, scaling, blistering, and in some cases, skin sensitization: Individuals who have developed a skin sensitization can develop these symptoms as a result of contact with very small amounts of liquid material or as a result of exposure to vapor. See results of intradermal test in Section XII Animal Toxicity Data, SENSITIZATION. Chronic skin exposure to the solvent may cause effects similar to those identified under chronic inhalation effects.

	ACUTE EYE CONTACT
		Liquid, aerosols or vapors are severely irritating and can cause pain, tearing, reddening and swelling. If left untreated, corneal damage can occur and injury is slow to heal. However, damage is usually reversible. See Section VI for treatment.

	CHRONIC EYE CONTACT
		Prolonged vapor contact may cause conjunctivitis.

	ACUTE INGESTION
		Can result in irritation in the mouth, stomach tissue and digestive tract. Symptoms can include sore throat, abdominal pain, nausea, vomiting and diarrhea. Vomiting may cause aspiration resulting in chemical pneumonitis.

	CHRONIC INGESTION
		None found.

	CARCINOGENICITY
		NTP :	Not listed
		IARC :	Not listed
		OSHA :	Not regulated
		OTHER :	See results of two year MDI inhalation study in Section XII Animal Toxicity Data, CARCINOGENICITY.

	MEDICAL CONDITIONS
		AGGRAVATED BY EXPOSURE : Asthma, other respiratory disorders (bronchitis, emphysema, bronchial hyperreactivity), skin allergies, eczema.

	EXPOSURE LIMITS :
		Not established for this product as a whole, refer to Section II for exposure limits of hazardous constituents.

6. EMERGENCY AND FIRST AID PROCEDURES:
FIRST AID FOR EYES:
	Flush with clean, lukewarm water (low pressure) for at least 15 minutes while holding eyelids open. Obtain medical attention. Refer individual to an opthalmologist for immediate follow-up.
FIRST AID FOR SKIN:
	Remove contaminated clothing immediately. Wash affected areas thoroughly with soap and water. Wash contaminated clothing thoroughly before reuse. For severe exposures, get under safety shower and remove clothing. Get medical attention, and consult physician.
FIRST AID FOR INHALATION:
	Move to an area free from risk of further exposure. Administer oxygen or artificial respiration as needed. Obtain medical attention. Asthmatic-type symptoms may develop and may be immediate or delayed up to several hours. Consult physician.
FIRST AID FOR INGESTION:
	DO NOT INDUCE VOMITING. Give a glass of milk or water to drink. DO NOT GIVE ANYTHING BY MOUTH TO AN UNCONSCIOUS PERSON. Consult a physician.
NOTE TO PHYSICIAN:
	Eyes: Stain for evidence of corneal injury. If cornea is burned, instill antibiotic steroid preparation frequently. Workplace vapors have produced reversible corneal epithelial edema impairing vision. Skin: Treat as contact dermatitis. If burned, treat as thermal burn. Respiratory: Treatment is essentially symptomatic.

7. EMPLOYEE PROTECTION RECOMMENDATIONS:
EYE PROTECTION REQUIREMENTS:
	Liquid chemical goggles. Vapor resistant goggles should be worn when contact lenses are in use. In a splash hazard environment chemical goggles should be used in combination with a full face-shield.
SKIN PROTECTION REQUIREMENTS:
	Permeation resistant gloves (butyl rubber, nitrile rubber). Cover as much of the exposed skin area as possible with appropriate clothing. If skin creams are used, keep the area protected only by the cream to a minimum.
RESPIRATORY/VENTILATION REQUIREMENT:
	Exhaust ventilation sufficient to keep the airborne concentrations of the solvent, polyisocyanate, MDI and other hazardous constituents below their respective TLVs or other appropriate exposure limits must be utilized. Exhaust air may need to be cleaned by scrubbers or filters to reduce environmental contamination. In addition, a respirator that is recommended or approved for use in isocyanate containing environments (air purifying or fresh air supplied) may be necessary. Consider type of application and environmental concentrations. Observe OSHA regulations for respirator use (29 CFR 1910.134). In spray applications, when the airborne isocyanate monomer concentrations are known to be below 0.05 ppm and if the polyisocyanate (polymeric, oligomer) concentrations are known to be below 10 mg/m3, a properly fitted air-purifying (combination organic vapor and particulate) respirator, proven by test to be effective in isocyanate containing spray paint environments, will provide sufficient protection. The use of a positive pressure supplied air respirator is mandatory when: airborne isocyanate concentrations are not known, either of the above guidelines are exceeded, or if spraying is performed in a confined space or area with limited ventilation. It is possible to be exposed to airborne solvent or isocyanate vapors even during non-spray operations such as mixing, and brush or roller application, depending on the conditions of application. For example, heating of material or application to a hot substrate may increase emissions from the coating. Therefore, when airborne concentrations during such non-spray operations exceed the TLV of 0.005 ppm for isocyanate monomer, but are below 0.05 ppm, at least an air purifying (organic vapor) respirator is required. If airborne concentrations are unknown or exceed 0.05 ppm; or if operations are performed in a confined space, a supplied air respirator must be worn. In addition, solvent concentrations should be considered when determining the selection and use of a respirator. Refer to Patty's Industrial Hygiene and Toxicology, Volume 1 (3rd edition) Chapter 17 and Volume III (1st edition) Chapter 3, for guidance concerning appropriate air sampling strategy to determine airborne concentrations.
MONITORING:
	Isocyanate exposure levels must be monitored. Monitoring of airborne isocyanates in the breathing zone of individuals should become part of the overall employee exposure characterization program. Monitoring techniques have been developed by NIOSH, and OSHA. Upon request Mobay can make available methods which are modifications of these NIOSH and OSHA methods.
MEDICAL SURVEILLANCE:
	Medical supervision of all employees who handle or come in contact with MDI is recommended. This should include preemployment and periodic medical examinations with respiratory function tests (FEV, FVC as a minimum). Persons with asthmatic-type conditions, chronic bronchitis, other chronic respiratory diseases or recurrent skin eczema or sensitization should be excluded from working with MDI. Once a person is diagnosed as being sensitized to MDI, no further exposure can be permitted.
ADDITIONAL PROTECTIVE MEASURES:
	Safety showers and eyewash stations should be available. Educate and train employees in safe use of product. Follow all label instructions. For additional information, contact Miles Product Safety Department for Polymers.

8. REACTIVITY DATA:
STABILITY:
		This is a stable material.
HAZARDOUS POLYMERIZATION:
	May occur; Contact with moisture or other materials which react with isocyanates or temperatures over 400 F (204 C) may cause polymerization.
INCOMPATIBILITIES:
		Water, amines, acids, strong bases and alcohols. Aluminum can react with strong acid and caustic solutions, water and halogenated hydrocarbons to form hydrogen gas.
INSTABILITY CONDITIONS:
		High heat and moisture.
DECOMPOSITION PRODUCTS:
		By high heat and fire: C0, oxides of nitrogen, aluminum oxide, traces of HCN, MDI vapors or aerosols.
9. SPILL AND LEAK PROCEDURES:

SPILL OR LEAK PROCEDURES:
		Evacuate non-essential personnel. Remove all sources of ignition and ventilate the area. Equip clean-up crew with appropriate protective equipment (i.e., clothing, respiratory, etc. See Employee Protection Recommendations). Dike or impound spilled material a:: control further spillage if feasible. Notify appropriate authorities if necessary. Cover spill with sawdust, vermiculite, Fuller's earth or other absorbent material; pour liquid decontaminate over spillage and allow to react for at least 10 min. Collect material in open containers and add further amounts of decontamination solution. Remove containers to safe place and cover loosely. Wash down area with liquid decontaminant and flush area with water.
NEUTRALIZATION CHEMICALS
		Decontamination Solutions: Ammonium hydroxide (0-10%), detergent (2-5%) and balance water; or solution of Union Carbide Tergitol TMN-10 (20%) and water (80%).
WASTE DISPOSAL METHOD:
		Follow all federal, state or local regulations. Incineration is the preferred method. Empty containers must be handled with care due to product residue and flammable solvent vapors. Decontaminate containers prior to disposal. Empty decontaminated containers should be crushed to prevent reuse. DO NOT HEAT OR CUT EMPTY CONTAINERS WITH ELECTRIC OR GAS TORCH. (See Sections IV and VIII). Vapor and gases may be highly toxic.
10. SPECIAL PRECAUTIONS & STORAGE DATA:
STORAGE TEMPERATURE (MIN/MAX):
		Not established
SHELF LIFE:
		Not established
SPECIAL SENSITIVITY:
		If container is exposed to high heat, 400 F (204, C) it can be pressurized and possibly rupture. MDI reacts slowly with water to form C02 gas. This gas can cause sealed containers to expand and possibly rupture.
HANDLING/STORAGE PRECAUTIONS:
		Store in tightly closed containers to prevent moisture contamination. Do not reseal if contamination id suspected. Avon contact with skin and eyes. Do not breathe aerosols or vapors. Warning properties (irritation of the eyes, nose and throat or odor) are not adequate to prevent chronic overexposure from inhalation. This material can produce asthmatic sensitization upon repeated inhalation exposures to lower concentrations. Exposure to vapors of heated MDI can be extremely dangerous. Employee education and training in the safe use and handling ; this compound are required under the OSHA Hazard Communication Standard.

11. SHIPPING INFORMATION:
TECHNICAL SHIPPING NAME:	Polyisocyanate solution containing Solvent Naphtha, Xylene
FREIGHT CLASS BULK	Isocyanate
FREIGHT CLASS PACKAGE	Chemicals NOI (Isocyanate) (NMFC 60000)
PRODUCT LABEL	SLB14579
DOT (HM-181) (DOMESTIC SURFACE)
PROPER SHIPPING NAME	Paint
HAZARD CLASS OR DIVISION	3
UN/NA NUMBER	UN1263
PACKAGING GROUP	PG III
DOT PRODUCT RQ lbs (kgs)	50000 lbs (22680.0 kgs)
HAZARD LABEL (s)	Flammable Liquid
HAZARD PLACARD (s)	Flammable
IMO/ IMDG CODE (OCEAN)
PROPER SHIPPING NAME	Paint
HAZARD CLASS DIVISION NUMBER	3.3
UN NUMBER	UN1263
PACKAGING GROUP	III
HAZARD LABEL (s)	Flammable Liquid
HAZARD PLACARD (s)	Flammable Liquid
ICAO / IATA (AIR)
PROPER SHIPPING NAME	Paint
HAZARD CLASS DIVISION NUMBER	3
UN NUMBER	uN1263
SUBSIDIARY RISK	None
PACKING GROUP	III
HAZARD LABEL (s)	Flammable Liquid
RADIOACTIVE?	Non-Radioactive
PASSENGER AIR - MAX. QTY	60L
PASSENGER INSTRUCTION NUMBER	309
CARGO AIR -MAX. QTY	220L
CARGO AIR INSTRUCTION NUMBER	310

12. ANIMAL TOXICITY DATA:
TOXICITY DATA FOR:AR100
ACUTE TOXICITY
ORAL LD50:
	Greater than 5000 mg/kg (Rat) - Estimated by Exxon
DERMAL LD50:
	Greater than 2000 mg/kg (Rabbit) - Estimated by Exxon
TOXICITY DATA FOR: Diphenylmethane Diisocyanate (Monomeric and Polymeric)

ACUTE TOXICITY
ORAL LD50:
	Greater than 15,800 mg/kg (Rats)
DERMAL LD50:
	Greater than 7900 mg/kg (Rabbit)
INHALATION LC50:
	Approximately 370-490 mg/m3 for an aerosol of polymeric MDI (Rat). An LC50 (2 hr.) of greater than 400 mg/m3 was determined on a dust of monomeric MDI (Rat).
EYE EFFECTS:
	Slightly irritating. A maximum primary eye irritation score for a polymeric MDI of 12.0/110 (24 hr.) was obtained. This score is fairly typical for a number of MDI products.
SKIN EFFECTS:
	Slight to moderate irritant. Primary dermal irritation scores are typically below 3.4/8.0 (Draize).
SENSITIZATION:
	MDI has been shown to produce dermal sensitization in several species (guinea pigs, mice, rabbits and dogs). Intradermal injection followed by inhalation challenge resulted in a respiratory sensitization response in guinea pigs. In addition, there is some evidence to suggest that cross-sensitization between different types of diisocyanates may occur.
CHRONIC TOXICITY:
	In a chronic inhalation exposure study, rats were exposed to an aerosol of polymeric MDI for 6 hours per day, 5 days per week for a period for two years. The exposure concentrations were 0, 0.2, 1.0 and6.0 mg/m3. Microscopic examination of tissues revealed the effects of irritation to the nasal cavity and lungs in animals exposed to 1.0 and 6.0 mg/m3. The No Observable Effect Level (NOEL) was 0.2 mg/m3.
CARCINOGENICITY:
	In the same two year inhalation study described above (See CHRONIC TOXICITY), the occurrence of pulmonary adenomas (benign tumors) and a single pulmonary adenocarcinoma (malignant tumor) was considered to be related to the exposure. These tumors were observed only in rats exposed to the high concentration of 6.0 mg/m3.
MUTAGENICITY :
	Monomeric MDI is positive in the Ames assay (with hepatic microsomal activation). However, it was negative in an in vivo-invitro micronucleus assay.
AQUATIC TOXICITY:
	LC50 - 24 hr. (static): Greater than 500 mg/liter for Daphnia magna, Limmea stagnalis, and Zebra fish (Brachydanio rerio) for both polymeric and monomeric MDI.
TOXICITY DATA FOR: Aluminum flake
ACUTE TOXICITY
ORAL LD50:
	Animals given about 1400 ppm in the diet had decreased phosphorus in the blood and bones.
EYE EFFECTS:
	Slight irritation (Rabbit)
MUTAGENICITY:
	Negative
OTHER TOXICITY DATA :
	Rats, guinea pigs and hamsters exposed to a very fine aluminum powder did not develop scarring of the lung tissues. Clearance of dust deposits from the lungs was rapid after exposure was discontinued. Scarring of the lung tissue resulted after rats received injections of 100 mg aluminum powder directly into the air passage leading to the lungs (trachea).
TOXICITY DATA FOR: Xylene
ACUTE TOXICITY
ORAL LD50:
	4,300 mg/kg (Rat)
DERMAL LD50:
	Greater than 1,700 mg/kg (Rabbit)
INHALATION LC50:
	5,000 ppm (Rat, 4H exp)
EYE EFFECTS:
	Mild to severe irritation (Rabbit)
SKIN EFFECTS:
	Moderate irritation (Rabbit)

13. FEDERAL REGULATORY INFORMATION:
OSHA STATUS :
	This product is hazardous under the criteria of the Federal OSHA Hazard Communication Standard 29 CFR 1910.1200.
TSCA STATUS :
	On TSCA Inventory
CERCLA REPORTABLE QUANTITY:
	Xylene: 1000 lbs.
SARA TITLE III:
	SECTION 302 EXTREMELY HAZARDOUS SUBSTANCES
		None
	SECTION 311/312 HAZARD CATEGORIES
		Immediate Health Hazard; Delayed Health Hazard; Fire Hazard; Reactive Hazard
	SECTION 313 TOXIC CHEMICALS
		Aluminum (CAS# 7429-90-5) 18-22%; Xylene (CAS#1330-20-7) 2%
	RCRA STATUS
		When discarded in its purchased form, this product meets the criteria of ignitability, and should be managed as a hazardous waste (EPA Hazardous Waste Number D001).(40 CFR 261.20-24)

14. OTHER REGULATORY INFORMATION:

The following chemicals are specifically listed by individual states; other product specific health and safety data in other sections of the MSDS may also be applicable for state requirements. For details on your regulatory requirements you should contact the appropriate agency in your state.

MATERIAL SAFETY DATA SHEET:

E-300 Steel Over-Coat System TM

Polyurethane Moisture Cure Coal Tar Top Coat.

1. CHEMICAL PRODUCT IDENTIFICATION: E-300 Steel Over-Coat System TM

2. COMPOSITION/INFORMATION ON INGREDIENTS:

INGREDIENT NAME /CAS NUMBER

EXPOSURE LIMITS

CONCENTRATION (%)

HAZARDOUS INGREDIENTS

3. PHYSICAL PROPERTIES:

PHYSICAL FORM

COLOR

ODOR

BOILING POINT

MELTING/FREEZING POINT

SOLUBILITY IN WATER

SPECIFIC GRAVITY

BULK DENSITY

% VOLATILE BY WEIGHT

VAPOR PRESSURE

4. FIRE AND EXPLOSION DATA:

FLASH POINT:

FLAMMABLE LIMITS:

EXTINGUISHING MEDIA:

SPECIAL FIRE FIGHTING PROCEDURES:

UNUSUAL FIRE / EXPLOSION HAZARDS:

5. HUMAN HEALTH DATA:

ROUTE (S) OF ENTRY:

HUMAN EFFECTS AND SYMPTOMS OF OVEREXPOSURE:

ACUTE INHALATION

CHRONIC INHALATION

ACUTE SKIN CONTACT

CHRONIC SKIN CONTACT

ACUTE EYE CONTACT

CHRONIC EYE CONTACT

ACUTE INGESTION

CHRONIC INGESTION

CARCINOGENICITY

MEDICAL CONDITIONS

EXPOSURE LIMITS :

6. EMERGENCY AND FIRST AID PROCEDURES:

FIRST AID FOR EYES:

FIRST AID FOR SKIN:

FIRST AID FOR INHALATION:

FIRST AID FOR INGESTION:

NOTE TO PHYSICIAN:

7. EMPLOYEE PROTECTION RECOMMENDATIONS:

EYE PROTECTION REQUIREMENTS:

SKIN PROTECTION REQUIREMENTS:

RESPIRATORY/VENTILATION REQUIREMENT:

MONITORING:

MEDICAL SURVEILLANCE:

ADDITIONAL PROTECTIVE MEASURES:

8. REACTIVITY DATA:

STABILITY:

HAZARDOUS POLYMERIZATION:

INCOMPATIBILITIES:

INSTABILITY CONDITIONS:

DECOMPOSITION PRODUCTS:

9. SPILL AND LEAK PROCEDURES:

SPILL OR LEAK PROCEDURES:

NEUTRALIZATION CHEMICALS

WASTE DISPOSAL METHOD:

10. SPECIAL PRECAUTIONS & STORAGE DATA:

STORAGE TEMPERATURE (MIN/MAX):

SHELF LIFE:

SPECIAL SENSITIVITY:

HANDLING/STORAGE PRECAUTIONS:

11. SHIPPING INFORMATION:

TECHNICAL SHIPPING NAME:

FREIGHT CLASS BULK

FREIGHT CLASS PACKAGE

PRODUCT LABEL

DOT (HM-181) (DOMESTIC SURFACE)

PROPER SHIPPING NAME

HAZARD CLASS OR DIVISION

UN/NA NUMBER

PACKAGING GROUP

DOT PRODUCT RQ lbs (kgs)

HAZARD LABEL (s)

E-300 Steel Over-Coat System ^TM

1. CHEMICAL PRODUCT IDENTIFICATION: E-300 Steel Over-Coat System ^TM

INGREDIENT NAME
/CAS NUMBER

INGREDIENT NAME
/CAS NUMBER