Clariant said that it is launching two new emulsifiers suitable for replacing traditional alcohol ethoxylate emulsifiers in metalworking fluid formulations. The new products Emulsogen MTP 020 and Emulsogen MTP 030 join Clariant’s well-known Emulsogen MTP 070 to create an innovative new range of hazard label-free low foaming emulsifiers for the industry.
The new Emulsogen MTP 020/030/070 range combines an outstanding sustainability profile with performance-boosting properties that set it apart from existing nonionic emulsifier options for cutting fluids. Extensive laboratory tests confirm that Emulsogen MTP 020/030 and 070 outperform traditional emulsifiers.
Emulsogen MTP 020/030 and 070 are multifunctional additives offering excellent emulsification power, low foaming properties, lime soap dispersing power and lubrication. Each product has its unique performance profile, enabling the cutting fluid formulators to select the right product for each individual performance requirement. Importantly, the products perform well even with increasing fluid application pressures.
Clariant said that it is launching two new emulsifiers suitable for replacing traditional alcohol ethoxylate emulsifiers in metalworking fluid formulations. The new products Emulsogen MTP 020 and Emulsogen MTP 030 join Clariant’s well-known Emulsogen MTP 070 to create an innovative new range of hazard label-free low foaming emulsifiers for the industry.
The new Emulsogen MTP 020/030/070 range combines an outstanding sustainability profile with performance-boosting properties that set it apart from existing nonionic emulsifier options for cutting fluids. Extensive laboratory tests confirm that Emulsogen MTP 020/030 and 070 outperform traditional emulsifiers.
Emulsogen MTP 020/030 and 070 are multifunctional additives offering excellent emulsification power, low foaming properties, lime soap dispersing power and lubrication. Each product has its unique performance profile, enabling the cutting fluid formulators to select the right product for each individual performance requirement. Importantly, the products perform well even with increasing fluid application pressures.
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