Twin-screw extruders are widely used in food production, plastics manufacturing and other industries. In actual production, due to the adhesion of materials or the difficulty of materials flowing through the feeding equipment, the production efficiency of the equipment is reduced or even affects the normal production. From the perspective of improving the economic efficiency of enterprises, it is necessary to optimize the twin-screw extrusion process to maximize production efficiency. Common optimization methods currently include optimizing the feeding system, using the feeding control system, and working with intelligent drives. These optimization methods must take into account the material's characteristic parameters, and it is difficult to generalize all materials, so it is limited in practical applications.

Another highly effective optimization in production is to increase production efficiency by adding powder to a twin-screw extruder, a process known as feed enhancement technology (PET). In PET technology, a certain amount of powder needs to be added, and a vacuum is applied to the barrel to remove the air, and the added powder is left in the barrel and a material cake is formed on the barrel, by adding a barrel on the barrel. The friction coefficient improves the transmission power and achieves the purpose of improving the conveying efficiency. At the same time, these added powders can effectively remove the air in the barrel to reduce the volume of the material and increase the amount of feed. The actual effect of PET technology is closely related to the properties of the powder.

Studies have shown that sloping stone powder can increase yield by 250% under the same conditions, and the yield increase effect is very significant. Under the same operating conditions, other powders such as calcium carbonate hardly increase the yield. For example, a 45 mm twin-screw extruder is used to fill 40% talc polypropylene. In the optimization of PET without talc, the twin-screw extruder has a power transmission efficiency of 54% when the twin-screw extruder is above 600 kg/hr. Through the use of talc-optimized PET technology, the power transmission efficiency is significantly increased, the output can be increased to the maximum value under motor dynamic conditions, the power per unit material is reduced, and the profit margin of 20 ¢/kg can be increased by 500 kg/hr. The annual added profit reaches $600,000.

Special Rock Wool Board For Curtain Wall

Special Rock Wool Board For Curtain Wallis an inorganic fiber board made of basalt as the main raw material through high temperature melting processing. It was successfully tested in June, 1981. Rock wool board is a new type of thermal insulation, flame-proof and sound-absorbing material.

The artificial inorganic fiber made of rock wool board by high temperature melting process has the characteristics of light weight, small thermal conductivity, heat absorption and incombustibility. The initial development is a common type of application in construction, which is mostly used in industrial buildings. It should meet the requirements of "Application Types and Basic Requirements of Building Thermal Insulation Materials". Rock wool is a kind of external insulation material. When the market share of 90% of the organic thermal insulation materials is stagnant, rock wool, as an inorganic thermal insulation material for exterior wall, has ushered in an unprecedented market opportunity.

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