CIMSTAR® 35-659-03
Artikel-Nr.
C29652
Boron and formaldehyde releasing agent free product for heavy duty aerospace applications equipped with CimShield Technology Description Cimstar 35-659-03 is a water-miscible, micro fine emulsion type cutting fluid concentrate. This high-performance emulsion is free of boron, nitrite, chlorine and
REQUEST EXTRA INFORMATION
Please enter below information and your request
E-mail was sent successfully.
Your email not sent
Item id : C29652
Beschreibung
Boron and formaldehyde releasing agent free product for heavy duty aerospace applications equipped with CimShield Technology
Description
Cimstar 35-659-03 is a water-miscible, micro fine emulsion type cutting fluid concentrate. This high-performance emulsion is free of boron, nitrite, chlorine and formaldehyde releasers. The Cimstar 35-659-03 is equipped with Cimcool’s unique CimShield Technology. This innovative technology will secure the product stability, the pH buffering of the mix and gives excellent corrosion protection.
Application
Cimstar 35-659-03 is a specialized cutting fluid recommended for heavy duty machining and grinding operations on difficult to machine aerospace alloys like titanium, and nickel based superalloys.
Cimstar 35-659-03 is designed for use in individual machines and central systems, and performs extremely well when used in water of medium hardness (8 to 20 dH).
Description
Cimstar 35-659-03 is a water-miscible, micro fine emulsion type cutting fluid concentrate. This high-performance emulsion is free of boron, nitrite, chlorine and formaldehyde releasers. The Cimstar 35-659-03 is equipped with Cimcool’s unique CimShield Technology. This innovative technology will secure the product stability, the pH buffering of the mix and gives excellent corrosion protection.
Application
Cimstar 35-659-03 is a specialized cutting fluid recommended for heavy duty machining and grinding operations on difficult to machine aerospace alloys like titanium, and nickel based superalloys.
Cimstar 35-659-03 is designed for use in individual machines and central systems, and performs extremely well when used in water of medium hardness (8 to 20 dH).
Anhänge
Bewertungen (0)
Es gibt noch keine Bewertungen.