Active Ingredient Information
This product is formulated with functionally modified silicone oil as its core component. Through molecular structure optimization and multiphase synergistic stabilization technology, it forms a highly efficient and stable water-based composite system. Its O/W (oil-in-water) structure is engineered to establish a stable hydrophilic-hydrophobic balance network, maintaining the excellent lubricity of silicone oil while incorporating the environmental benefits of a water-based system. This makes it suitable for various industrial applications.

Performance Characteristics

This product is formulated with modified silicone oil as the core component. By leveraging an innovative formulation and stabilization technology, the oil phase is uniformly dispersed in a water-based system, forming a stable oil-in-water (O/W) emulsion. This technology achieves a dual breakthrough in both lubrication and environmental friendliness: it retains the superior lubricating properties of silicone oil while offering the non-toxic, easy-to-clean, and eco-friendly advantages of water-based products. The active ingredients in the system are precisely proportioned to ensure long-term stability, making the product ideal for industrial applications requiring both high performance and environmental compliance.

Key Features
· Base Component: Modified silicone oil for core lubrication functionality. 
· System Structure: Oil-in-water (O/W) emulsion with optimized oil phase particle size. 

Technical Advantages
1.Maintains the friction-reducing and wear-resistant properties of silicone-based materials. 
2.Water-based system ensures easy biodegradability and low VOC emissions. 3.Special stabilization technology prevents phase separation between oil and water.

Application Value
Addresses industry challenges by combining the lubricity of oil-based products with the easy-clean and eco-friendly properties of water-based solutions. 

Equivalent Brands
· GRAPHACE L-100
· Chem-Trend SL-80017
· Runhe Materials (RH-8207 Emulsion) 
· Tangze Chemicals (TZ1085 Emulsion, TZ1088 Emulsion)

Technical Specifications

Parameter                                     Value
Chemical Name                            High-Temperature Die Casting Emulsion
Appearance                                  Milky White Liquid
Viscosity (25°C, mm²/s)                50–100
Solid Content (105°C, 2h)             20%
Particle Size                                  100–200 nm
Stability                                         No phase separation at 3000 rpm for 30 min
pH (25°C)                                      7–8

Applications

(1) Automotive Parts Die Casting
Use Cases: Engine blocks, transmission housings, battery pack brackets for new energy vehicles.

(2) 3C Electronics Precision Components
Use Cases: Metal casings for smartphones and laptops, heat sinks, 5G base station components with thin-wall and complex structures. Technical Advantages: High-fluidity formulation ensures uniform coating in precision molds without affecting subsequent plating or painting processes.

(3) General Industrial Components
Use Cases: Valves, pump housings, and other aluminum/zinc alloy castings. Performance Fit: Water-based, environmentally friendly formulation with no corrosiveness, extending mold life and supporting automated spraying applications.
(4) Packaging Machinery & Light Industry
Use Cases: Food-grade packaging molds (e.g., aluminum can lids), furniture hardware. Safety Compliance: Non-toxic, no volatile residue, and does not interfere with subsequent processing.

Packaging, Storage, and Transportation

This product is packaged in plastic drums or iron drums, with available sizes ranging from 5KG to 200KG. It can be transported as a non-hazardous chemical.

Precautions:

· Avoid contact with acids, alkalis, or heavy metals.

· Store in a sealed container in a cool, dry place.

Shelf Life:
The product has a shelf life of 1 years. If expired, it can be re-tested according to the standard, and if it meets the requirements, it can still be used.