Description
Effective alkaline industrial cleaner based on water (highly effective concentrate)
Suitable for use in ultrasonic cleaning as well as in other cleaning processes
For gentle and effective cleaning of heavy contamination due to intense penetration into hard-to-reach places.
Application:
Optimally suitable for all types of traditional ultrasonic cleaning systems.
Strong in flood cleaning equipment
Best cleaning results also in the wiping process
Suitable for:
Oil and oil filters, pistons, cylinder heads, fuel pumps, carburetors, radiators
Turbochargers, wheel bearings, workshop and industrial component parts
Cleaning tools and molds (blind holes), pressure casting tools
Cutlery, precision stainless steel tubes and wire products
Machines and components, equipment, screws, bulk materials
Removes the following contaminants:
Burnt contaminants: heavy coking, oil soot
Resins and waxes, grinding, polishing, and abrasive residues
Bitumen (“Erdpech”), asphalt
Adhesive residues (labels), emulsifiers
Metal wear/chips, pigment contamination, soot and graphite
Fats, oils, lubricating-cooling fluids, anti-corrosion oils
Special features
Strong impact on carbon and pigments
Effective with high cleaning capacity at temperatures from 40°C, economical and cost-effective.
Also suitable for cleaning aluminum parts.
De-emulsification - suitable for oil separators → longer service life, proven compatibility with separators
Complies with ÖNORM B 5104, B 5105, and B 5106 requirements for wastewater.
Treated parts can be easily galvanized or painted after cleaning.
Environmental friendliness and ease of use, surfactants are easily biodegradable (according to OECD criteria).
Method of application
Concentration 3 - 5%
pH 13.5
Blasts dirt!
Recommended dosage
Light and normal contamination | 3 - 4% | 1:30
Heavy contamination | 5% | 1:20
(After cleaning, rinse with water; otherwise, residues of the cleaning agent will remain, making proper painting/g galvanizing difficult.)
Please test the product in an inconspicuous area before use
