BONDiT B-45CC
MATERIAL SAFETY
DATA SHEET
SECTION I - IDENTIFICATION
PRODUCT NAME: BONDiT B-45CC GENERIC DESCRIPTION: Epoxy resin/cycloaliphatic
amines
MANUFACTURER: RELTEK, LLC PROPER SHIPPING NAME (49CFR 172.101): Amines, liquid, corrosive, n.o.s.
2345 Circadian Way D.O.T. HAZARD NAME (49CFR 172.101): Benzene 1,3- Dimethaneamine
Santa Rosa, CA D.O.T. ID NO (49CFR 172.101): UN2735 / PG III
95407 D.O.T. HAZARD CLASS (49CFR 172.101): 8, 49 CFR 171.11
(707) 284-8808 RCRA HAZARD CLASS (49CFR 261)(if discarded): N/D
E.P.A. PRIORITY POLLUTANTS (40CFR 122.53): N/D
EMERGENCY: (800) 535-5053 HEALTH (NFPA): 3
FLAMMABILITY (NFPA): 1
DATE: 02-08-07 Rev h REACTIVITY (NFPA): 0
SUPERSEDES: 09-26-07 Rev g SARA SEC 312: Fire, Pressure:, Reactivity: No, No, No
(EPCRA) Acute, Chronic: Yes, Yes
SECTION II - HAZARDOUS INGREDIENTS 29 CFR 1910.1200
-----EXPOSURE LIMITS-------
INGREDIENT C.A.S. NO. PERCENT VALUE UNIT TYPE AUTH
PART A: BISPHENOL A-EPOXY RESIN
PROPRIETARY EPOXY RESIN *See Sec IX 95 ?0% *See Sec IX
Butadiene homopolymer 129288-65-9 5 ?0% Not established
Fumed silica 67762-90-7 5-10% Not established
TALC 0-1% Not established
Titanium Dioxide 13463-67-7 0-1% Not Established
PART B: CYCLOALIPHATIC AMINE
Benzene-1.3 dimethaneamine 1477-55-0 1- 5 Not established
Amine compounds Trade secret <75% Not established
Fumed Silica 67762-90-7 5-10% Not Established
TALC 0-1% Not Established
Titanium Dioxide 13463-67-7 0-1% Not Established
SECTION III - PHYSICAL DATA
BOILING POINT: [760 MM HG] VOLATILITY BY WEIGHT: Less than 1%
>200 C
SPECIFIC GRAVITY:[77EF/25EC] A 1.05, B 1.42 EVAPORATION: Not Applicable
MELTING POINT: Not Applicable SOLUBILITY IN WATER: Nil
VAPOR PRESSURE: [77EF/25EC] Not Established ODOR: A 璚hite paste resin
VAPOR DENSITY: [77EF/25EC] Not Established APPEARANCE: / COLOR: B ?Cream amber paste, slight
amine odor
SECTION IV - HEALTH HAZARD DATA
EYE: Direct contact of Part B quickly causes severe irritation and pain, may burn Flush with water for 15 minutes,
and cause blindness. Part B vapor can cause lacrimation, conjunctivitis and get medical attention.
corneal edema, which may give rise to perception of "blue haze" or "fog"
around lights. Effect is transient and has no known residual effect.
SKIN: Direct contact may irritate; may cause allergic skin sensitization. Part B Wipe and flush with water 15
causes dryness, itching and/or rash may be harmful if absorbed through minutes. Get medical attention
the skin. Use of protective gloves and clothing are recommended with its if ill effects persist.
use.
INHALATION: Aerosols and mists may severely damage contacted tissue and produce Remove to fresh air. Get
scarring. May cause irritation of respiratory system, respiratory medical attention if ill effects
sensitization or asthma like response in susceptible individuals. persist. Give artificial
respiration if not breathing.
ORAL May irritate digestive system. May cause tissue or digestive system Get medical attention. Give one
damage. to three glasses of water.
COMMENTS: Part B ingestion may cause death unless treated promptly.
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SECTION V ?FIRE AND EXPLOSION DATA
Closed cup, 249o C / 480o F
FLASH POINT: SPECIAL FIRE
FIGHTING
AUTOIGNITION: Not determined PROCEDURES: Self-contained breathing apparatus
and full protective clothing should be
FLAMMABILITY LIMITS IN worn. Will give rise to Class B fire.
AIR: LOWER: A: N/D B: N/D Large fires: use Alcohol Foam, Water
UPPER: A: N/D B: N/D Spray; Small fires: Carbon Dioxide,
UNUSUAL FIRE Dry chemical, Dry sand or limestone.
OSHA FIRE HAZARD CLASS: N/D AND EXPLOSION
HAZARDS: None.
EXTINGUISHING MEDIA: CO2 X Dry chemical X Foam X
SECTION VI - REACTIVITY DATA
STABILITY: Stable HAZARDOUS Nitrogen oxides, carbon dioxide,
DECOMPOSITION carbon monoxide and aldehydes.
INCOMPATIBILITY: None PRODUCTS: Nitrogen oxide can react with water
vapors to form corrosive nitric acid
CONDITIONS TO (TVL=2).
AVOID: See Section IX
POLYMERIZATION: Will not occur.
SECTION VII - SPILL, LEAK, MAINTENANCE/REPAIR AND DISPOSAL PROCEDURES
SPILL REPORTABLE CONCENTRATION: Not applicable
RESPONSE: Use absorbent material to collect and contain for
salvage or disposal in closed container. REPORTABLE QUANTITY: Not applicable
WASTE
DISPOSAL Dispose of completely cured material in sanitary
METHOD: landfill. Dispose of parts or waste products in a
hazardous waste facility. Since regulations vary,
consult applicable regulations before disposal.
REPORTABLE
HAZARD: None
SECTION VIII - PRECAUTIONS FOR SAFE HANDLING
EYES: Safety glasses, as a minimum. EXHAUST: Recommended
MECHANICAL: Recommended
SKIN: Washing at mealtime and end of shift.
Use protective clothing; rubber or PRECAUTIONS
plastic gloves as a minimum. Wash TO BE TAKEN IN
immediately upon any detectable HANDLING AND
contact. STORING: These precautions are for room
INHALATION temperature handling; use at elevated
AND temperatures, or aerosol/spray
VENTILATION: Use respiratory protection unless local applications, may require added
exhaust ventilation is adequate or air precautions.
sampling data show exposures are
within TLV and PEL guidelines. Use COMMENT:
NIOSH approved suitable organic
vapor respirator.
SECTION IX ?COMMENTS
All components are included in the TSCA inventory. OSHA Hazard Communication Standard (29CFR1910.1200) hazard class:
Corrosive, Sensitizer. EPA SARA Title III Section 312 (40CFR370) hazard class: Immediate Health Hazard, Delayed health
hazard. EPA SARA Title III Section 313 (40CFR372) toxic chemicals above "de minimis" levels: none.
Avoid mineral acids, alkalis, organic acids, reducing agents, reactive metals (i.e. sodium). CAUTION: N-Nitrosamines, many
of which are known to be potent carcinogens, may be formed when the product comes in contact with nitrous acid, nitrites or
atmospheres with high nitrous oxide concentrations. Product slowly corrodes copper, aluminum, zinc and galvanized
surfaces. Amine reaction with peroxides may result in violent decomposition of peroxide possibly creating an explosion.
React with hydroxyl compounds. Nitrites, nitrosating agents. A reaction accompanied by large heat release occurs when the
product is mixed with acids. Heat generated may be sufficient to cause vigorous boiling creating a hazard due to splashing
or splattering of hot material.
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