-
easy to handle
-
lowest maintenance cost on dosing equipment
-
most advanced methods of chromium reduction
Modified Tin (II) Sulfate
​
add before or after the mill
​
Powder
CEM-PROTECTOR®
1000 P
​
Liquid
CEM-PROTECTOR® FL 19
CEM-PROTECTOR® FL 21
Antimony (III) Oxide
​
add before the mill
​
Powder
Sb 574 No. 1445
​
Liquid
SL 568 No. 1439
Certified and Tested
Research and development
Since 2001 we have been supplying most of the largest cement and dry mortar companies worldwide.
​
Our products are subject to constant testing and further development.
Our products are certified by
Hygienic requirements for cement-bound materials for drinking water supply
​
Electrochemical test and chloride content
Why Cr6+ must be reduced
-
highest shelf life performance (up to 24 months)
-
especially for difficult dry mixtures
Modified Tin (II) Sulfate
​
add before or after the mill
​
Powder
CEM-PROTECTOR®
1000 P
​
Liquid
CEM-PROTECTOR® FL 19
CEM-PROTECTOR® FL 21
Antimony (III) Oxide
​
add before the mill
​
Powder
Sb 574 No. 1445
​
Liquid
SL 568 No. 1439
Certified and Tested
Research and development
Since 2001 we have been supplying most of the largest cement and dry mortar companies worldwide.
​
Our products are subject to constant testing and further development.
Our products are certified by
Hygienic requirements for cement-bound materials for drinking water supply
​
Electrochemical test and chloride content
Why Cr6+ must be reduced
-
highly irritating to skin
-
allergic skin reactions
-
causes ulcers
-
Cr6+ 100 times more toxic than Cr3+, cytotoxicity: 100 - 1000
-
leaching from raw concrete into drinking water
-
highly toxic to fish (food chain protection)
MIG methods of chromate reduction
Modified Tin (II) Sulfate
​
-
highest reduction power
-
easy to dose due to free flowing powder
-
only about 13 g per ppm Cr6+ per ton
-
neutral formulation
​
Antimony (III) Oxide
​
-
free flowing powder
-
dust-bound masterbatch
-
builds an insoluble complex
-
low costs
