
TM & STM Series Belt Drive Heavy-Duty Side-Entry Mixers
Discover the TM & STM Series Belt Drive Mixers, designed for high-efficiency mixing in industrial applications. Featuring advanced helical impellers, robust belt drive systems, and optional swivel angle configurations, these mixers deliver superior performance for crude oil storage, biofuels, wastewater, and more. Ensure top-to-bottom blending, sediment suspension, and temperature uniformity with Plenty's innovative side-entry mixers. Explore our customizable options and dimensions tailored to your tank needs.
FEATURES
TheÌýTM and STM Series Side Entry Mixers represent a culmination of over 60 years of engineering innovation, setting the global benchmark in side-entry tank mixing technology. Designed for efficiency, durability, and ease of maintenance, these mixers are ideal for applications where precise fluid motion and robust performance are critical.
Key Features:
- High-efficiency Impellers: One-piece helical pitch impellers ensure cavitation-free suction, high thrust, and optimized energy usage.
- Durable Belt Drive System: Fire-resistant anti-static (FRAS) torque belts transmit power with precision and reliability.
- Swivel Angle Flexibility (STM Series): Adjustable angles (up to 30°) enable comprehensive tank coverage, ensuring even mixing and sediment suspension.
- Compact and Accessible Design: Facilitates easy installation, maintenance, and operational longevity.
The mixers’ advanced design ensures they perform in a wide range of demanding industrial applications, offering superior energy efficiency compared to jet mixing systems.
The TM and STM Series mixers are widely used across industries:
- Oil & Gas: Crude oil storage, BS&W control, sludge suspension.
- Biofuels and Renewable Oils: Ensuring homogeneity and blending.
- Wastewater Treatment: Effective mixing of wastewater and treatment chemicals.
- Chemical Processing: Uniform blending of components and temperature regulation.
- Edible Oils: Maintaining product integrity during storage and transfer.
