Widely Use Water Based Semi Synthetic Metal Working Fluid Mwf Metalworking Concentration for Ferrous and Non-Ferrous Metals

• Customization: Available
• Environmental Protection: Yes
• Color: Transparent
• Model NO.: T3083
• Appearance: Liquid
• Kind: Mwf
• Application: Lubricant Additives, Fuel Additives, Waste Oil And Crude Oil Additives, Metalworking Fluid
• Delivery: 15days
• Production: Synthetic
• Transport Package: Drum, IBC-Tank, ISO-Tank
• Specification: T3083
• Trademark: Chorus
• Origin: China
• HS Code: 3811
• Production Capacity: 8000mt Per Year

Product Description

Product Introduction
Water Based Semi Synthetic Metal Working Fluid T3083 is a type of water soluble biological stable antirust emulsion with good lubricity and EP performance, with no odor. It does not contain phenolic fungicides. It has good processing performance in hard water and soft water. Currently it has been widely used in aerospace, automotive heavy industry, etc.

Application:
Suitable material:
Suitable for ferrous metals, copper, stainless steel, Mg-Al alloy, Titanium alloy, etc.
Processing method:
Suitable for various processing methods, such as grinding, turning, drilling, tapping, etc.

Recommended concentration:
2.5-5%


Features:
★ Biological stable type, high efficiency sterilization system with long life.
★ Excellent corrosion inhibit performance.
★ Low foam, good compatibility with hard water.
★ Good lubricity and extreme pressure performance, effectively improve tools life.
★ Low volatility, to reduce the cutting fluid consumption amount.
★ Friendly to operator and environment, no odor.


Typical Data:

Item	Test Method	Unit	Typical Data
Concentration Fluid
Appearance	BAM300	-	Transparent yellow liquid
Density (20ºC)	IP365	g/ml	0.89
Refractive meter reading	-	-	50
5% Dilution Solution
Appearance	BAM189	-	Light milk white
PH value	BS1647	-	9.5±0.2
Antirust (5): Steel/Aluminium	IP287 -	- -	0% No rust spot

Above are typical data, not represent specifications. The data above is as accurate as possible, but may change based on future formula change.