300ml silicone sealant acid

Các video khác
December 03, 2025
Category Connection: Keo silicone axit
Brief: In this video, we showcase the application and performance of our 300ml High-Performance Acidic Silicone Sealant. You'll see a practical demonstration of its fast-curing properties and weather-resistant capabilities in various construction and industrial scenarios, highlighting how it effectively seals joints and gaps in materials like glass, aluminum, and ceramics.
Related Product Features:
  • Fast curing speed with surface skin forming in 15-30 minutes and full cure within 24-48 hours.
  • Superior flexibility with over 300% elongation to accommodate substrate movement without cracking.
  • Excellent chemical resistance to weak acids, alkalis, and common solvents for long-term durability.
  • Available in transparent, white, and gray colors to match different aesthetic requirements.
  • Easy application with moderate viscosity for smooth extrusion and shaping using a glue gun.
  • Strong adhesion to non-porous materials like glass, aluminum, and ceramic tiles.
  • Weather-resistant performance under extreme temperatures, UV radiation, and humidity.
  • Versatile use in construction, industrial manufacturing, and daily maintenance applications.
Câu hỏi thường gặp:
  • What materials is this acidic silicone sealant suitable for?
    It is ideal for sealing non-porous substrates such as glass, aluminum, ceramic tiles, and some rigid plastics, commonly used in construction and industrial applications.
  • How quickly does the sealant cure?
    The sealant forms a surface skin within 15 to 30 minutes under normal conditions and achieves full curing in 24 to 48 hours, allowing for faster construction follow-up.
  • Can this sealant withstand outdoor weather conditions?
    Yes, it offers excellent weather resistance, maintaining stable performance under extreme temperature fluctuations, UV radiation, rain, and humidity without degradation.
  • Is the sealant flexible after curing?
    Absolutely, it maintains high flexibility with over 300% elongation, adapting to thermal expansion and contraction of substrates to prevent cracking.