Label-free, low foaming emulsifier with low pourpoint for metal working fluids
Emulsogen™ MTP 050
Edition Date :
April 22, 2026
Emulsogen™ MTP 050 is a multifunctional label-free nonionic emulsifier for metal working fluids with outstanding low pour point and low foaming properties.
Emulsogen™ MTP 050 also exhibits very good lime soap dispersing properties and is able to disperse large quantities of calcium oleate or tallate. Because of its excellent solubility in almost all kinds of mineral oils, Emulsogen™ MTP 050 can be used as an anti-wear additive to improve lubricity.
Emulsogen™ MTP 050 has a sustainable profile, reducing the impact on the environment and being safe to personal health.
Product Information
Benefits
- Excellent low foaming power
- Excellent emulsification power
- Multifunctionality: emulsification, low foaming, lime soap dispersing ability, high tolerance towards hard water, lubrication
- Easy to handle: pumpable liquid and soluble in all kind of mineral oils, vegetable oils and polyolesters
- High active content: 100%
- Very low pourpoint: approx. 6°C
Product details
Product Function
- Nonionic emulsifier
Applications
- Metal Working
- Metal working fluids (milky-type)
- Metal working fluids (semi-synthetic)
- Rolling
Global Registration status:
- REACH (Europe)
- TSCA (USA)
- DSL (Canada)
- AICS (Australia)
- IECSC (China)
- ENCS (Japan), not listed on PRTR
- NECI (Taiwan)
- KECI (Korea)
- PICCS (Philippines)
- NZIOC (New Zealand)
- Label-free (human & environment)
- Free of critical substances such as: alkylphenol ethoxylates, boron and secondary amines
- No VOC
- WGK 1
- Readily biodegradability
| Property | Value | Method |
|---|---|---|
| Appearance (20°C) | Colorless to yellowish, clear liquid | |
| Active content | Approx. 100% | |
| pH value (10% in EtOH/Water 1:1) | Approx. 5 - 7 | DIN EN 1262 |
| Cloud point (BDG 5/25/25) | Approx. 56.7°C | |
| Pour point | Approx. 6°C | DIN ISO 3016 |
| HLB value | Approx. 10 | |
| Lime soap dispersing power | Approx. 20 g | DIN 53903 |
| Viscosity at 10°C | 266 mPas |
