KS-707 is a liquid mold release agent based on a special silicone resin, diluted to a 50% concentration with toluene. It is a colorless, transparent liquid with excellent wettability, making it particularly suitable for metal molds. Due to its solvent content, KS-707 not only provides mold release but also provides a cleaning effect, effectively removing impurities and residues adhering to the mold surface. This dual effect allows users to improve production efficiency while reducing the costs associated with additional cleaning steps, providing a more convenient and efficient user experience.

• Heat Stability - The silicone component in KS-707 exhibits excellent stability at high temperatures. Thermal oxidation tests show that after 100 hours of continuous operation at 250°C, its physical properties retain over 95%.

  
  

• Cold Resistance - KS-707 maintains fluidity and stability even in low-temperature environments. Test data shows that it maintains excellent wettability and mold release properties even at -65°C. For molds used in cold environments or during cooling processes, this feature ensures that the release agent remains effective at low temperatures, thus maintaining the integrity and stability of the product.

  
  

• Viscosity Stability - KS-707's viscosity exhibits minimal fluctuations despite significant temperature and humidity fluctuations. Experiments have shown that its viscosity fluctuation does not exceed ±5% within the temperature range of -20°C to 120°C. This ensures uniform spraying and consistent mold release, preventing uneven coating or residue caused by viscosity fluctuations.

  
  

• Chemical Stability - KS-707 demonstrates outstanding chemical stability. Its properties are virtually unaffected in environments with alkaline solutions below 10% and acidic aqueous solutions below 30%. This ensures that the product maintains mold release properties even when exposed to a variety of processing chemicals, making it suitable for diverse industrial production conditions.

  
  

• Material Compatibility - KS-707 is non-corrosive to metals and most inorganic materials. In metal corrosion tests, copper, iron, and stainless steel showed no visible signs of corrosion after 500 hours of contact with KS-707.

• Rubber Industry - KS-707 is widely used for mold release of rubber products. Its excellent wettability ensures smooth separation of rubber products from molds, minimizing damage to product edges and corners. Data shows that using KS-707 increases demolding efficiency by over 20% and reduces mold cleaning time by 30%, significantly improving the overall efficiency of rubber production lines.

  
  

• Resin Industry - In thermoset and thermoplastic resin molding, KS-707 ensures a smooth, residue-free surface. Comparative application experiments show that using KS-707 reduces the surface defect rate of resin products by 25%, significantly improving yield. This performance makes it an ideal choice for resin molding processes.

  
  

• Die-Casting Industry - KS-707 performs exceptionally well in die-casting mold applications. Its high-temperature resistance and low residue properties ensure smooth molding of die-cast parts such as aluminum and magnesium alloys. Test results show a 15% increase in mold life and a 10% improvement in casting surface accuracy, effectively reducing the complexity and cost of subsequent processing.

  
  

• Surface Treatment - KS-707's cleaning and wettability make it suitable for pre-treatment of metal surfaces. Before spraying or electroplating, KS-707 effectively removes oil and impurities, improving surface adhesion. Experiments have shown that the bond strength of the treated metal surface coating increases by 18%, enhancing overall durability.

  
  

• Synthetic Fibers - KS-707 can also be used in synthetic fiber processing, providing lubrication and mold release. Experimental data shows that KS-707 significantly reduces fiber breakage during fiber drawing and shaping, by an average of 12%. This not only improves production efficiency but also enhances the uniformity and stability of the finished fiber.