Lubricity improver for rolling emulsions and cutting & forming fluids
Hostagliss 1510
Data da edição :
agosto 16, 2023
Hostagliss 1510 is used as lubricity improver in rolling emulsions and cutting & forming fluids. It is a polar polymer of high molecular weight and with multiple functional groups exhibiting a high affinity to metal surfaces. Due to the products high degree of saturation, it shows an excellent oxidative and thermal resistance but also hydrolytical stability.
Product Information
Benefícios
- Good lubricity and anti-wear properties
- Reduces energy consumption in metal working operations
- Excellent oxidative and thermal resistance
- Free of hazardous labeling
Product details
Funções dos produtos
- Lubricity improver
Chemical Type
- Complex esters
Aplicações
- Rolling
- Cutting and forming fluid (neat oil)
Applications
- Rolling emulsions
- Cutting & forming fluids
Life Cycle
Hostagliss 1510 has been approved the EcoTain label. The product provides the benefits at each step of the product life-cycle:
Sustainable Design
- Friendly, non-hazardous material
- Based on vegetable sources (fatty acid)
- Renewable share is 67%
- Boron-free and DEA-free
Responsible Process
- Resource efficiency due to 100% yield
- Minimized waste generation
- Certified for safety and quality according to ISO 9001, ISO 14001 and OHSAS 18001
Safe & Efficient Use
- Safe handling due to improved human tox profile, i.e. non irritant to eye and skin
- Replaces or reduces the amount of extreme pressure additives (such as chloroparaffines, inactive sulfur compounds or lard oils)
- Reduces enery consumption in metal working operations
Eco Integration
- Improved environmental profile
- Less effects to the aquatic environment (LC50 > 500 mg/l)
- Readily biodegradable. (Biodegradation > 80% according to OECD 301 D)
Technical data
| Chemical group | Complex ester, acidic |
| Acid value in mg KOH/g | 13 - 23 |
| Pour point | -20 °C |
| Saponification value in mg KOH/g | 320 |
| Viscosity at 40 °C in mm2/s | 2600 - 3200 |
| Viscosity at 100 °C in mm2/s | 196 - 309 |
| Viscosity index | 170 |
| Four-ball wear test: DIN 51350/3 | 0.63 mm |
| Reichert test (5% in mineral oil) | 30 mm2 |
| Reichert test (20% in mineral oil) | 11 mm2 |
