Blogs
What is better than liquid rubber?
Discover why silicone elastomers outperform liquid rubber in durability, temperature range, and service life — cutting long-term recoating costs for industrial applications.
Discover why silicone elastomers outperform liquid rubber in durability, temperature range, and service life — cutting long-term recoating costs for industrial applications.
Learn the key differences between solid silicone and liquid silicone rubber (LSR) — processing methods, cycle times, tolerances, and when to use each material.
Discover what liquid rubber is good for — from waterproofing and corrosion protection to vibration damping and encapsulation across demanding industries.
Discover which surfaces liquid rubber won’t bond to, why surface energy below 35 mN/m causes adhesion failure, and how to prevent costly mold sticking issues.
LSR and conventional rubber both stretch, but differ in chemistry, temperature range, and processing. Learn what separates liquid silicone rubber from organic elastomers.
Learn how liquid silicone hardens through crosslinking, cure temperatures, and Shore A hardness ranges for LSR and RTV systems to avoid costly production failures.
LSR cure time ranges from 30 seconds to 72 hours. Learn how temperature, thickness, and catalyst affect your cycle time and avoid costly demolding errors.
Discover which surfaces liquid rubber won’t bond to — PTFE, polypropylene, silicone-treated substrates — and why surface energy determines adhesion failure.
LSR and super glue are not the same. Learn how liquid silicone rubber differs from cyanoacrylate in chemistry, heat resistance, and engineering use.
Learn which materials LSR naturally releases from and which it bonds to — avoid scrapped parts, demolding failures, and costly rework in your production run.