Vibration is the basis of the efficiency and performance of any type of epoxy adhesive, including high temperature vulcanized silicone rubber. Unfortunately, there are a variety of different vulcanized silicone rubber products on the market today. Because of this, it is important that an informed consumer does some research before purchasing a particular brand. This article provides insight into three different types of vulcanized silicon rubber products.
Epoxies are typically liquid or semi-viscous solutions. They are created through a chemical reaction between a curing agent, called carboxylic acid, and curing oils, called docosanol. Once the two have come into contact with one another, a chemical reaction occurs resulting in a solution of hydrated silica. It is important to remember that epoxies do not form completely clear solutions. A translucent coating on the surface of the product allows the admixture of moisture to escape, creating a more solid product.
Acrylic epoxy is similar to the previous example, but instead of coming into contact with a moisture-based chemical reaction, the chemical reaction occurs with an alkali element. Some of the most common alkalis used in the manufacturing of acrylics are sodium hypochlorite, calcium thioglycolate, and calcium carbonate. Each of these compounds will react with one another to produce varying degrees of vulcanized silicone rubber compounds.
An amine based vulcanized silicone rubber product is a liquid product. It is typically mixed with a petroleum-based product to achieve the consistency of a liquid. The product is then injected into a mold, where a solid material called a "resin" is formed. In order for an amine-based product to achieve a high temperature of over 500 degrees Fahrenheit, it must be mixed with an alkali. This combination of chemicals creates the ability for the product to convert from a liquid to a solid. Once solidified, the amine-based compound will have the capability of contracting to a sphere.
There are several different methods by which htv silicone rubber for mold making can be made into parts that can withstand high temperature ranges. One of the most popular ways to create a high quality piece of equipment is through thermoforming. Thermoforming, also commonly known as "heat treating", is the process by which mechanical properties of a material are changed at elevated temperatures. The products created by this process are durable and strong, and they can withstand high temperatures and prolonged exposure to them. In order to create these parts, a technician will need to use extreme temperature ranges in order to achieve the best results.
High temperature ranges are usually found in industrial settings, such as those found in car mechanics and chemical plants. While these materials will not be suited to home or domestic use, they do possess the durability and functionality needed in high temperature applications. Industrial strength parts made from thermoforming rubber have been found in a wide variety of industries, including military, construction, and manufacturing. As temperatures rise, the possibilities with which these parts can be crafted increases, making them an ideal option for many professionals.