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Chenxing
Product Description
The 10L Lab PVC High Speed Plastic Powder Mixer (Model SHR-10A) is specially designed for laboratory-scale mixing, stirring, coloring, and drying of plastic powders. It is widely used in the production of PVC plates, pipes, special-shaped profiles, and degradable plastics.
This mixer adopts an advanced negative pressure mixing principle, ensuring uniform blending of materials while maintaining consistent product quality. With high-speed mixing, self-friction heating, and efficient cooling, this unit is the ideal solution for laboratory R&D and small-scale plastic processing applications.
Model: SHR-10A
Pot Volume: 10L
Effective Volume: 7L
Motor Power: 3KW
Main Shaft Speed: 2000 rpm
Heating Method: Self-friction heating
Application: Laboratory PVC powder mixing, coloring, drying, and compounding
Imported Technology – Developed with advanced overseas technology, ensuring reliable performance.
Negative Pressure Mixing – Improves mixing uniformity and stability.
Premium Components – Electrical systems and meters adopt internationally recognized brands for long service life.
PLC Control System – High automation level, precise mixing control, and easy operation.
Durable Mixing Blade – Stainless steel, pressure die-cast blades, tested for dynamic and static balance.
Efficient Cooling – Spiral agitation design ensures no dead angle cooling, faster cooling rate, and complete discharge.
High-speed mixing efficiency reaching international standards.
Compact 10L design, perfect for laboratory and small-batch production.
Self-friction heating for stable and efficient processing.
High automation with PLC control, reducing manual intervention.
Versatile use for plastic material coloring, mixing, drying, and R&D.
Q1: What is the capacity of the 10L Lab PVC High Speed Mixer?
A1: The mixer has a pot volume of 10 liters with an effective mixing capacity of 7 liters, suitable for laboratory and small-scale production.
Q2: What materials can this mixer process?
A2: It is designed for PVC powders, additives, colorants, and other thermoplastic materials used in plates, pipes, profiles, and degradation plastics.
Q3: How is the mixer heated?
A3: The mixer uses self-friction heating, ensuring fast temperature rise and energy efficiency.
Q4: What makes this mixer suitable for laboratories?
A4: Its compact size, PLC automation, and precise mixing control make it ideal for laboratory testing, formulation development, and small-batch production.
Q5: How does the cooling system work?
A5: The spiral agitation cooling system eliminates dead angles, accelerates cooling, and ensures thorough discharge of materials.
