Direct sourcing from a highly certified manufacturer
Robust mechanical power output for high-viscosity fluids
Exceptional anti-corrosion materials for extended lifespan
Versatile integration capabilities for diverse industrial tanks
Step into a new realm of processing efficiency with our advanced Chemical Agitation Transmission Device. Crafted with meticulous attention to detail, the exterior features a smooth, industrial-grade finish that speaks volumes about its robust structural integrity. When in operation, the device emits a steady, low-decibel hum, a clear auditory testament to its precision-engineered internal gearing and perfectly balanced torque delivery. This is not merely a piece of machinery; it is the beating heart of your fluid processing line, designed to tackle the most demanding mixing, emulsifying, and homogenizing tasks without ever compromising on stability.
By translating raw electrical energy into a controlled, relentless mechanical force, this device eliminates the common frustrations of uneven blending and batch inconsistencies. The tactile feel of the heavy-duty stainless steel components reassures operators of its longevity and resistance to harsh, corrosive environments. Whether you are handling dense chemical resins or delicate pharmaceutical suspensions, the seamless power transmission ensures that your production runs continuously. It acts as a steadfast guardian of your operational output, significantly elevating the final quality and uniformity of your proprietary formulations.
Technical Parameters
| Input power | 2.2kw~11kw |
| Output torque | 1030N.m~4900N.m |
| Transmission ratio | 24~159 |
| Price | 2000~200000 yuan |
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Heating Installation Method for Rolling Bearings
When installing rolling bearings, an interference fit is generally required between the inner ring and the shaft. To facilitate installation and prevent bearing damage during the process, the heating installation method can be adopted.
1. The heating temperature should be controlled appropriately. If the temperature is too high, the bearing will be damaged; if the temperature is too low, the expansion of the ring will be insufficient, and the effect will not be significant. Generally, it should be controlled between 80~100℃. If heating exceeds 120℃, it will cause the bearing to temper, which may lead to reduced hardness and precision of the ring. After reaching the required temperature, the installation should be performed quickly to prevent cooling and installation difficulties.
2. During installation, apply certain pressure to press the inner ring tightly against the shoulder, and after cooling, use a very thin feeler gauge to check the gap between the inner ring end face and the shaft shoulder.
3. The heating method can use a constant temperature oven or an electric light bulb. Using a 50W electric light bulb to heat the bearing can ensure the heating temperature is around 100℃. Smaller bearings can be placed directly on the light bulb, while larger bearings can be placed in a conical hood of the light bulb. The conical hood can be adjusted up and down to adapt to heating different sizes of bearings within a certain range. The conical hood can prevent heat loss from the bulb and ensure uniform heating.
4. For larger bearings, to ensure heating uniformity, the hot oil heating method can also be used. Add an appropriate amount of transformer oil to the oil bath pot, heat the oil to 80~100℃, hang the bearing in the oil with a hook, ensure the entire bearing is immersed in the hot oil, maintain constant temperature for 5-10 minutes, and after the entire bearing is heated evenly, remove it and immediately install it on the shaft.
Our Chemical Agitation Transmission Device stands out in the industrial landscape through its unparalleled engineering and user-centric design. Every single component is optimized to deliver maximum reliability, ensuring that your facility operates at peak performance.
Unyielding Durability: Constructed with premium-grade materials, the housing and internal gears resist severe wear and tear, even under continuous, high-stress operations in demanding environments.
Whisper-Quiet Operation: Advanced acoustic dampening and precision gear alignment significantly reduce operational noise, creating a safer, more focused, and comfortable environment for your facility personnel.
Energy-Efficient Dynamics: The optimized transmission architecture minimizes kinetic energy loss, ensuring that every kilowatt drawn is effectively converted into mixing power, thereby reducing long-term utility expenses.
Seamless Integration: Designed with standardized mounting flanges and adaptable coupling mechanisms, it effortlessly attaches to existing reactor vessels, minimizing installation downtime.
Achieving the perfect blend requires uncompromising power and steadfast stability. This system is engineered from the ground up to conquer the most challenging fluid dynamics your facility encounters.
Delivers a broad input power spectrum ranging from 2.2kw to 11kw, seamlessly accommodating diverse operational scales and fluid resistance levels.
Generates a formidable output torque between 1030N.m and 4900N.m, easily slicing through high-viscosity fluids and dense solid-liquid mixtures without stalling.
Features a highly versatile transmission ratio of 24 to 159, allowing for precise speed calibration tailored to specific dispersion, suspension, and emulsification requirements.
Purity and longevity are non-negotiable in sensitive processing environments. Our rigorous material selection guarantees zero contamination and maximum equipment lifespan.
Core wetted and contact components are meticulously forged from superior SS304 and SS316L stainless steel, offering exceptional structural integrity.
Available with highly resistant glass-lined options to withstand aggressive acidic and alkaline chemical attacks, preserving the purity of the medium.
Fully compliant with stringent FDA and GMP hygiene standards, ensuring the absolute safety and compliance of food, beverage, and pharmaceutical processing.
We recognize that no two processing lines are identical. Therefore, we provide a highly adaptable framework to match your precise volumetric and structural needs.
Scalable solutions supporting everything from compact laboratory setups under 50L to massive industrial production capacities ranging from 1000L to 50000L.
Tailor-made pressure ratings designed specifically to withstand the unique atmospheric and pressurized demands of your chemical reactions.
Customizable impeller configurations, including anchor, spiral, and turbine types, engineered to optimize the flow pattern for your unique material composition.
Thermal stability is absolutely critical for sensitive chemical synthesis and biological processes. This device integrates flawlessly with your facility's thermal management systems.
Fully compatible with jacketed electric heating, steam heating, and thermal oil circulation systems for comprehensive thermal management.
Enables precise temperature regulation, safeguarding the integrity of temperature-sensitive processes like biological fermentation and cosmetic emulsification.
Promotes uniform heat distribution throughout the vessel, actively preventing localized overheating and ensuring consistent batch-to-batch quality.
Step confidently into the era of intelligent manufacturing. Our transmission device acts as the highly responsive mechanical muscle to your facility's digital brain.
Flawlessly integrates with modern PLC controllers and intuitive touchscreen operation panels for centralized processing command.
Supports variable frequency motor speed adjustments and real-time digital temperature displays, providing absolute process transparency.
Facilitates fully automated liquid dispensing and mixing cycles, drastically reducing human error and enhancing the stability of continuous production.
Proper installation is the bedrock of mechanical longevity. When installing rolling bearings, an interference fit is generally required between the inner ring and the shaft. To facilitate installation and prevent bearing damage during the process, the heating installation method can be adopted with the following strict guidelines.
Precise Temperature Control: The heating temperature should be controlled appropriately. If the temperature is too high, the bearing will be damaged; if too low, the expansion of the ring will be insufficient. Generally, it should be controlled between 80~100℃. If heating exceeds 120℃, it will cause the bearing to temper, leading to reduced hardness and precision. After reaching the required temperature, install quickly to prevent cooling difficulties.
Pressure Application: During installation, apply certain pressure to press the inner ring tightly against the shoulder. After cooling, use a very thin feeler gauge to check the gap between the inner ring end face and the shaft shoulder.
Dry Heating Methods: The heating method can use a constant temperature oven or an electric light bulb. Using a 50W electric light bulb can ensure the temperature is around 100℃. Smaller bearings can be placed directly on the bulb, while larger bearings can be placed in an adjustable conical hood to prevent heat loss and ensure uniform heating.
Hot Oil Heating: For larger bearings, the hot oil heating method can also be used. Add transformer oil to an oil bath pot, heat the oil to 80~100℃, hang the bearing in the oil with a hook ensuring full immersion, maintain constant temperature for 5-10 minutes, then remove and immediately install it on the shaft.
Exceptional versatility is engineered into every aspect of this device, making it a universal and indispensable asset across multiple high-demand sectors.
Chemical Engineering: Ideal for complex resin synthesis, polymer blending, and aggressive chemical extractions where torque is paramount.
Personal Care & Cosmetics: Perfect for creating smooth, highly stable emulsions for shampoos, lotions, and premium skincare creams.
Food & Beverage: Ensures homogeneous mixing of thick syrups, dairy products, and flavor suspensions without degrading delicate taste profiles.
Pharmaceuticals: Trusted for critical biological fermentation and active ingredient dispersion in strictly controlled, sterile environments.
We prioritize the safety of your operators and the strict regulatory compliance of your facility. This equipment is built to meet and exceed the most rigorous global standards.
Proudly holds CE, ISO, and BV certifications, reflecting an unwavering commitment to international quality and safety benchmarks.
Manufactured in strict adherence to pressure vessel and mechanical agitation equipment codes, mitigating operational risks.
Guarantees absolute operational safety even under continuous high-pressure and high-load conditions, ensuring smooth international export compliance.
Selecting the right manufacturing partner is just as critical as selecting the equipment itself. We bring decades of engineering prowess and a deep understanding of industrial supply chains to the table, ensuring that your procurement process is as smooth, reliable, and efficient as our machinery.
Direct Manufacturer Advantage: By sourcing directly from our state-of-the-art production facility, you bypass unnecessary intermediaries, ensuring highly competitive pricing and direct access to top-tier technical support.
Uncompromising Quality Assurance: Every single unit undergoes rigorous stress testing, vibration analysis, and material verification before it leaves our floor, guaranteeing out-of-the-box reliability.
Dedicated Engineering Support: Our team of seasoned mechanical engineers is readily available to consult on custom configurations, ensuring the device perfectly aligns with your specific operational parameters.
Reliable Global Logistics: We deeply understand the importance of project timelines. Our robust packaging and streamlined shipping protocols ensure your equipment arrives safely and on schedule, ready for immediate deployment.
To assist you in your procurement decision and operational planning, we have compiled detailed answers to the most technical questions regarding our transmission devices.
Q1: How does the device handle highly viscous chemical resins without experiencing motor burnout?
A: The device is equipped with a high-torque output ranging from 1030N.m to 4900N.m and a specialized gear reduction mechanism (transmission ratio 24~159). This precise engineering allows the motor to maintain steady, powerful rotation through dense media without ever exceeding its thermal or electrical limits.
Q2: Can the wetted parts be customized for highly corrosive acidic environments?
A: Absolutely. While our standard models utilize premium SS304 or SS316L stainless steel, we offer advanced glass-lined coatings and specialized carbon steel alloys specifically engineered to resist aggressive acidic and alkaline degradation, ensuring zero contamination of your product.
Q3: What is the strictly recommended procedure if the bearing requires replacement during routine maintenance?
A: We strictly recommend the heating installation method to prevent damage. The bearing should be heated to 80~100℃ using a constant temperature oven, a 50W electric bulb with a conical hood, or a hot transformer oil bath for 5-10 minutes. Never exceed 120℃ to prevent tempering, and apply even pressure during fitting to ensure precision.
Q4: Is the transmission unit compatible with automated CIP (Clean-In-Place) systems?
A: Yes. The device features high-reliability mechanical seals and a meticulously designed crevice-free structure, making it fully compatible with automated CIP and SIP (Sterilize-In-Place) protocols, which is an essential requirement for pharmaceutical and food-grade applications.
Q5: How do I accurately determine the correct input power (2.2kw~11kw) for my specific mixing tank?
A: The required input power depends heavily on your tank's total volume, the specific gravity and viscosity of your fluid, and the desired agitation speed. Our dedicated engineering team provides comprehensive fluid dynamics calculations to recommend the exact power rating and impeller configuration for your specific process.
