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 Controlled catalysis creates the opportunity for a wide range of processing options and finished product possibilities. Whether you want to speed up or slow down the process, the right catalyst or combination can help. |
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 Product Data Sheet |
 Material Safety Data Sheet |
Product Code: |
Type: |
Description: |
PDS |
MSDS |
|---|---|---|---|---|
| KA 1 | Amine
|
gelling catalyst,
easy handling
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| KA 2 | Amine
|
gelling catalyst, easy handling
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| KA 4 | improves flow and cure time
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| KA 5 | basic tertiary amine
|
gelling catalyst, excellent
stability
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| KA 6 | balanced tertiary amine
|
stability, low odor,
balanced catalysis
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| KA 7 | isocyanate reactive
amine
|
balanced catalysis, surface
cure
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| KA 11 |
heterocyclic amine |
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| KA 20 | tertiary amine
|
stability, low odor,
balanced catalysis
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| KM 1 | stannous-type organotin
|
uniform activity, excellent
stability
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| KM 2 | organotin
|
rapid gel & tack-free
times
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| KM 3 | organotin
|
stability, increased property
performance
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| KM 4 | dimethlbis[(1oxoneodecyl)
oxy]stannane |
gelling catalyst
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| KM 5 | di-n-octyltin bi(isoocytl
mercaptoacetate)
|
gelling catalyst
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| KM 6 | organomercurial
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longer open time, fast
gellation, short demold
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| KM 7 | organomercurial
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longer open time, fast gellation,
short demold
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| KM 8 | organobismuth
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reduced toxicity
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| KM 9 | bismuth-ethyl mix
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| KM 11 | organometallic
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reduced toxicity
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| KC 1 | KA1 with KA2
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| KC 5 | KM8 with KM11
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| KC 6 | KA1 with KA2
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KC 7 | Hexanedioic Acid
|
for catalysis in select
TDI systems
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