About Silicon Wax
Silicon Wax is formed in an elastomer gel used as a base product. It is normally used to ad din various types of cosmetic products which includes sunscreen lotions, sunscreen gels, eye linear, mascara, face primer etc. It is highly beneficial for its sensory enhancer and rheology modifier. Silicon Wax is also aid to utilized as lubricants and internal lubricants for plastics. It is helpful to improve lubricity or to lower the surface tension. It is also able to form a clear liquid with a viscosity.
It is a elastomer gel used as a base product in many of the cosmetics products such as
- FACE PRIMER
- SUNSCREEN LOTIONS AND GELS
- GEL PERFUMES ,
- EYE LINER AND MASCARA.
Benefits:
- Sensory enhancer
- Rheology modifier
- Matte appearance
- Volatile carrier
Versatile & Highly CompatibleSilicon Wax demonstrates excellent compatibility with diverse organic solvents, making it an adaptable choice across numerous industrial applications. Its stable nature and micro fine particle size further enhance its processing efficiency in coatings, mold releases, and emulsions.
Reliable Safety and Environmental ProfileWith a non-toxic, eco-friendly composition, Silicon Wax prioritizes worker safety and environmental responsibility. Its high purity and neutral pH ensure suitability for sensitive processes while minimizing health hazards and ecological impact.
Exceptional Performance in Surface ApplicationsDesigned for high water repellency and thermal stability, Silicon Wax delivers a durable, glossy finish. Its solid, odorless form and non-conductive nature make it ideal for enhancing, protecting, and releasing surfaces in demanding industrial environments.
FAQ's of Silicon Wax:
Q: How should Silicon Wax be applied for optimal surface protection or as a release agent?
A: Silicon Wax is best used by heating it to its preferred processing temperature of 50-70C, then applying it evenly to the desired surface via spray, brush, or roller. For release agent applications, ensure the surface is clean and dry before application to maximize effectiveness and achieve a uniform, glossy finish.
Q: What are the primary benefits of using Silicon Wax in industrial applications?
A: The key benefits of Silicon Wax include excellent thermal and chemical stability, high water repellency, non-conductivity, and compatibility with most organic solvents. These properties make it ideal for surface protection, lubrication, mold release, and enhancing surface finish with a durable, glossy layer.
Q: Where should Silicon Wax be stored to retain its quality and shelf life?
A: Store Silicon Wax in a cool, dry place in its original, tightly closed 25 kg HDPE bag. Avoid exposure to direct sunlight, excessive heat, and moisture to maintain its 2-year shelf life and ensure product integrity throughout storage.
Q: When is Silicone Wax most effective during processing?
A: Silicon Wax performs optimally when processed within its recommended melting range of 50-70C. Heating it within this window ensures proper melting and ease of application, resulting in consistent surface coverage and effective performance.
Q: What makes Silicon Wax environmentally friendly and safe for industrial use?
A: Silicon Wax is non-toxic, odorless, and does not release harmful emissions or residues during use. Its neutral pH and eco-friendly formulation make it suitable for environmentally conscious operations and workplaces focused on safety.
Q: How can Silicon Wax be used in coatings and emulsions?
A: Silicon Wax can be incorporated into coating and emulsion formulas due to its high compatibility with organic solvents and stability under process conditions. It improves surface gloss, durability, and water resistance in finished products, enhancing final performance.
Q: What steps should be followed for safe handling and disposal of Silicon Wax?
A: Always handle Silicon Wax using standard industrial safety procedures. Wear gloves and eye protection if direct handling is required. Dispose of any unused or waste material according to local regulations for non-hazardous, non-toxic chemicals, as it poses minimal environmental risk.