How Did Silicone Develop?

1. Silicone Mold Improvement of curing methods: from traditional thermal curing to radiation curing and microwave curing. At present, important progress has been made in UV-curable silicone anti-sticking agents and optical fiber coatings.
2. Silicone Cup Accessories The introduction of functional groups: replacing the commonly used methyl and phenyl groups with amino, epoxy, allyl, hydroxyl, etc. can change the physical properties and chemical reactivity of silicone in a wide range.
3. Composite use with other materialsSilicone Pet Supplies: Although silica gel has many excellent properties, it also has disadvantages such as low strength and poor adhesion to the substrate. Silicone Sleeves/holders The modified method can achieve the effect of complementary performance.
Silicone gel has the following special properties: physical properties are not greatly affected by temperature, and can be used in a wide temperature range (65℃-200℃); the system is colorless and transparent (except for special purposes); electrical properties and weather resistance fluid Excellentity; good fluidity, can be used for micro-components such as integrated circuits; adding fillers can impart conductivity; shock absorption can be adjusted, and the hardness can be freely changed from rubbery to liquid; easy to form.

Silicone Watch Band is an ideal inner coating material for transistors and integrated circuits because of its high purity, convenient use and certain elasticity, which can improve the gate rate and reliability of semiconductor devices. Silicone can also be used as an elastic adhesive for optical instruments.