In the wonderful world of materials science, fiberglass coated silicone is like a versatile hand with unique skills, silently playing a key role in many fields.
 
Imagine that fiberglass is like a tightly arranged group of tough guardians, with slender figures yet containing astonishing strength, providing stable support and excellent strength for the overall structure, endowing the material with tough characteristics that are not easily bent or damaged, making it capable of withstanding various harsh physical challenges. And silicone is like a layer of elastic and gentle protective film, evenly wrapped around the glass fiber. It has a soft texture, jelly like elasticity, but also magical stability.
 
This wonderful combination gives fiberglass coated silicone an amazing ability to withstand high temperatures. Whether facing the scorching heat of industrial furnaces in hot summer days or the bone chilling cold of polar regions in cold winter days, it can handle it calmly and its performance is not compromised at all. At high temperatures, it will not soften or deform like ordinary materials, and at low temperatures, it will not become brittle, hard, or prone to cracking.
 
Its chemical stability is even more outstanding, and various corrosive chemicals are difficult to exert their power in front of it. Whether it is a strongly acidic solution, an alkaline reagent, or an aggressive oil or organic solvent, they cannot easily shake its "body", as if putting an indestructible protective armor on the equipment, which can protect the equipment from chemical substances for a long time and extend its service life.
 
In the world of electrical insulation, it is a reliable 'safety barrier'. It can be made into insulation cloth, sleeves, and cable sheaths to tightly protect electrical equipment such as wires and cables, transformers, motors, etc., effectively preventing current leakage, ensuring that current flows along the correct path, ensuring stable and safe operation of electrical equipment, and bringing brightness and convenience to our lives and production.
 
In the field of pipeline connections, it has transformed into a "little expert" in solving the problem of thermal expansion and contraction. As the substrate of non-metallic compensators, it can cleverly adapt to the expansion and contraction of pipelines due to temperature changes, like a flexible buffer, allowing pipelines to maintain stable connections even when temperature changes occur, avoiding problems such as rupture and leakage caused by thermal expansion and contraction. It plays an indispensable role in many industries that rely on pipeline transportation, such as petroleum, chemical, cement, steel, etc.
 
In the field of architecture, it also excels. When used to make building sealing materials, it can tightly fill gaps and block the invasion of wind and rain; As a roof waterproofing membrane, it has excellent waterproof performance and can keep the roof dry in wind and rain; When transformed into a fireproof curtain, it can also delay the spread of the fire with its own characteristics when a fire strikes, and fight for valuable escape time for people.

Regarding liquid silicone rubber, please refer to our website for details: IOTA Liquid Silicone Rubber