Datasheet

Safety Data Sheet (1907/2006/EC)
Material: 60006071 ELASTOSIL® RT 675 B
Version: 1.10 (REG_EUROPE) Date of print: 02.01.2012 Date of last alteration: 05.12.2009
Page: 4/6
10 Stability and reactivity
10.0 General information:
Stable under normal conditions of use. In contact with incompatible substances this material
may quickly generate a large volume of flammable hydrogen gas.
10.1 Conditions to avoid
moisture . Heat, open flames, and other sources of ignition. Contact with contaminated piping
or vessels or with corroded and rusty containers can increase the rate of hydrogen formation.
Observe information in section 7.
10.2 Materials to avoid
Reacts violently with: acids , basic substances (e.g. alkalis, ammonia, amines) . Reacts with:
alcohols , water , moisture , oxidizing agents , catalyst . Reaction causes the formation of:
hydrogen .
10.3 Hazardous decomposition products
hydrogen . Measurements have shown the formation of small amounts of formaldehyde at
temperatures above about 150 °C (302 °F) through oxidation.
11 Toxicological information
11.0 General information:
According to our present state of knowledge no damaging effect expected when treated in
accordance with standard industrial practices and local regulations where applicable.
11.1 Toxicological tests
Further information:
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11.2 Experience with man
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11.3 Further toxicological information
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12 Ecological information
12.1 Ecotoxicity
No expected damaging effects to aquatic organisms.
Effects in sewage treatment plants (bacteria toxicity: respiration-/reproduction inhibition):
According to current knowledge adverse effects on water purification plants are not expected.
12.2 Mobility
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12.3 Persistence and degradability
Biodegradation / further information:
Biologically not degradable.
Further information:
Separation by sedimentation.
12.4 Bio-accumulation potential
Bioaccumulation is not expected to occur.
12.5 Other harmful effects
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12.6 Additional information