PVC Mixer Machine: Applications
The PVC mixer machine is used for mixing, stirring, coloring, and other processes for materials in the plastic, rubber, and daily chemical industries. It is specialized equipment for producing plastic plates, pipes, profiles, and degradable plastics.
Primarily designed for powdered and liquid raw materials of different viscosities, the machine performs shearing, dispersion, emulsification, and mixing. Through the high-speed operation of the three blades on the impeller, it mixes and stirs materials, providing high-speed strong shear, impact, crushing, and dispersion to achieve rapid mixing, dissolution, dispersion, and performance volatilization. This machine is essential for the plastics and building materials industries.
Material and Working Principle Description
The pot body is made of 6 mm stainless steel plate. Its inner surface is extremely smooth and hard, featuring wear resistance, corrosion resistance, high temperature resistance, and non-stick properties.
The pot lid is made of ZL102 cast aluminum, with an inner surface that is finely turned and polished, also non-stick and easy to open.
PVC Mixer Machine Video
Construction and Sealing Features
The device uses an 8 mm stainless steel pot bottom and polished stainless steel stirring blades, which are wear-resistant and corrosion-resistant. During hot mixing, the pot cover opens pneumatically.
The main shaft is equipped with three sets of deep groove ball bearings. Multiple sealing methods—including skeleton-type double lip oil seals, tilting discs, and gas seals—are used in combination to ensure that materials do not penetrate the shaft seal.
The equipment uses belt deceleration, which is both reliable and overload-resistant. The overall design is efficient and durable, suitable for various industrial mixing applications.
Advanced Design and Performance
The hot mixing pot cover sealing of the PVC high-speed mixing machine uses two silicone rubber sealing tapes, providing reliable sealing, high temperature resistance, and no deformation.
The equipment is advanced, easy to operate, safe, and reliable. It has small volume, light weight, high efficiency, low energy consumption, and low noise, making it an ideal product to purchase.
With a high degree of automation and fast mixing speed, the machine can be controlled by variable frequency drive. Its blades are precision stainless steel pressure castings and have passed static and dynamic balance tests.
Especially for the cooling machine blades, an advanced foreign spiral stirring structure is adopted. The entire container has no dead corners, resulting in fast cooling speed and clean discharge. The mixing effects achieved have reached advanced international levels.
Drive and Mixing Mechanism
The stirring blades are driven by the motor through a belt. The motor is an AC two-speed motor. Simply press the low and high speed buttons to achieve low and high speed operation.
Note: When running at high speed, the motor should first start at low speed, then switch to high speed operation. The main shaft is supported by bearings for smooth operation.
The upper part of the main shaft has three stirring blades, which rotate clockwise, causing the material to move along the pot wall while simultaneously cycling up and down. Combined with the action of the flow guide plate, the mixing effect is enhanced.
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