In the technological evolution wave of the mold industry, phenolic silicone rubber raw material is emerging as a "new favorite", rewriting the application pattern of mold materials with its unique advantages. 
Its ability to withstand high and low temperatures can be described as an "extreme environment guardian". Unlike ordinary rubber which is "fragile" under temperature fluctuations - easily melting at high temperatures and easily cracking at low temperatures, phenolic silicone rubber raw material can maintain its performance in the "icy-hot range" of -110℃ to 400℃. This enables molds to remain undistorted in the high-temperature injection molding workshop and not crack in special scenarios where low-temperature materials are poured, firmly meeting diverse production needs. 
Flexibility and elasticity are its "precise operation tools". For the production of molds for precision instrument parts and complex patterned ornaments, it can precisely fit the prototype like a "reproduction master", even replicating 0.01mm fine textures completely. What's more remarkable is its "flexible performance" during demolding, even if the mold has tricky structures such as inverted or deep cavities, it can easily rebound with elasticity, achieving undamaged demolding, reducing mold wear and significantly improving production efficiency. 
The "durable genes" in chemical stability further enhance its value. Its resistance to acid and alkali corrosion enables it not to "degrade" when in contact with various pouring materials such as resins and gypsum; its anti-aging ability allows outdoor-used molds to withstand wind and sun exposure, with a service life exceeding 5 years, and a single mold can be reused 100-500 times. This "longevity" attribute truly helps enterprises reduce the cost of frequent mold replacement. 
From extreme environment adaptation to precise manufacturing support, to cost reduction and efficiency improvement assistance, phenolic silicone rubber raw material has proven its strength as a "favored choice" in the mold industry. In the future, with technological upgrades, this "new favorite" will bring new surprises to the mold industry in more specialized fields.