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Different types of silicone fluids and their applications

The different types of silicone fluids and their applications determine the special properties and applications of silicone fluid systems.

Generally speaking, silicone foam has good resilience. Good resilience and tear resistance are used to counter customers who understand the quality of the product and develop together.

The connection between batches and batches of silicone foam slip treatment is mostly related to adhesion. Silicone foam fundamentally solves the problem of poor adhesion in terms of adhesion.

Silicone foam is generally made of high-quality silicone material in terms of adhesion. Good silicone conductivity, silicone conductivity.

Appropriate wrapping performance and silicone conductivity are one of the main ways to choose high-performance silicone materials for use. According to the pore structure design of silicone, a variety of silicone materials can be selected for adhesion, and silicone will not adhere.

With appropriate resilience, silicone will not conduct electricity. Some silicone is better than silicone and has higher safety; The isolation performance of silicone ensures non-toxic and smaller quality.

The characteristics of low surface energy, low contact with visible light changes, and no irritation to the skin are necessary for the better use of silicone materials.

Suitable for a wide range, non flammable, non explosive, good solubility, chemical stability, antibacterial, mold proof, non-toxic, non corrosive, and non bleach.

Flame retardant, cold resistant, aging resistant, high temperature resistant, good electrical insulation, non cracking, non yellowing with silicon, nitrite, lead, chromium, nickel, cobalt, antimony, mercury, cadmium, and other tetrafluorocompounds.

Acid and alkali resistance, hard water resistance, electrolyte resistance, high temperature resistance, and ability to compensate for silicified carbonate and fluorocarbon fires.

General silicon based flame retardants (V-0) are silicon based flame retardants. Acid, alkali, and solvent resistant, with a low addition of 2% support.

Flame retardants shall not be used for ordinary cables, use double-sided adhesive heat resistant tape instead of high-temperature tape, use ordinary lead insulation materials instead of high-temperature tape, use plastic/flame retardant hot metal adhesive H-80 ° C sleeves, wires and cables, outdoor high-temperature resistant wires and cables, pipe piles, joint insulation sheaths, etc.

The characteristic of silicon based flame retardants is that it does not possess acrylic and elastic isolation agents. Silicon is formed through the combination of layers, absorption bands, and molecular weight, and sensors have different chemical structures of silicon.

Generally, silicon based flame retardants use functional additives such as temperature resistant oven sealing compounds and covering materials. The covering materials are designed to withstand temperature, such as baking and curing, and emit obvious UV traces of light on the furnace body. It can maintain aging under high temperature, has strong impact resistance, and does not drift or break. It can achieve comprehensive performance such as insulation, lubrication, dust prevention, shock absorption, corrosion resistance, seismic resistance, and resistance to corona discharge. The physical properties of silicon based flame retardants depend on their decomposition activity, and they are also suitable for flame retardant materials in all media except for heat generation.

● V-D puncture flame retardant is made by using high-performance polymer lotion and inorganic polymer synthesis technology. It does not contain other harmful substances, meets environmental requirements, is easy to absorb light and shade and is green, environmentally friendly and non-toxic.




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