What is the Banbury® blender?
2 mixes components that are easy to mix but require a lot of energy to become homogeneous. The blender is a batch surgery and is used to mix rubber and plastic or many different materials with ingredients.
The blender was invented by Fernley H. Banbury. When his employer refused to patent the invention, Banbury left the company and submitted the patent himself. He then sold the design of Birmingham Iron Foundry, which produced equipment under the Banbury® trademark. During the first years of the blender, many designs with the Banbury® blender, including blends of individual rotors, competed, but were commercially unsuccessful. In Europe and Asia, machines of similar design were made in conflict with American patent rights.
In 1917, Goodyear was the first manufacturer of rubber to take Advmosage with Banbury® blender specialty items. The blender was a breakthrough event because the automotive industry grew rapidly, resulting in a new demand for rubber tires. While the device continued to improve the wayI have many improvements to the elements, the basic mechanism remained unchanged. Banbury® blender was specified by the development of many new synthetic materials, including high viscosity polymers.
The materials to be mixed are introduced through the hopper. RAM is pushing materials into the mixing chamber. Two rotary rotary rotation provides a mixing action, similar to double dough hooks. The mixed dose is discharged through the hole at the bottom of the mixing chamber for the next step of the processing. Improvements have been made over the years many design changes that allow easier operation and maintenance.
Heat transfer of the basket controlled in the modern Banbury® blender. Rotors generate a lot of friction with the material, so mixing is a generally exothermic process that emits the heat of the environment. However, some mixtures absorb heat and are cooler. In many processing operations, heat can be added to the system.
inner pushK is also controllable and many mixing operations occur with increased pressures and temperatures. This ability is essential for a blender to act as a reactor chamber in the production of many polymers. Merging rubber or gum recycling is often referred to as chewing and softening. While these concepts mean the first steps of human digestion, the rubber usually has not changed chemically.