Two-Way Gravity Diverter Valve
As a professional manufacturer of dust collectors and conveyors, we specialize in producing high-quality two-way diverter valve and two-way material diverter. Our 2-way diverter valve is designed to perfectly match dust collector and conveyor systems, providing efficient and precise material diversion solutions for various industrial scenarios. We offer a variety of options to meet different customer needs: including Pneumatic two-way diverter valve and Electric two-way diverter valve for different drive modes, Stainless steel two-way diverter valve and Carbon steel two-way diverter for different materials, as well as Electro-hydraulic two-way diverter and Manual two-way material diverter for special working conditions. Our two-way transfer valve can be seamlessly connected with dust collector two-way diverter valve and conveyor two-way material diverter, realizing integrated material conveying and diversion, and is widely used in powder conveying, ash handling, food processing and other fields.
How Does the Two-way Diverter Valve Work?
The two-way diverter valve achieves precise material diversion and confluence through the coordinated operation of its components. When started, the electric or pneumatic drive device transmits power to the valve stem via the crank mechanism, driving the valve plate to swing accurately.
It supports two modes: In diversion mode (A→B+C), the valve plate guides materials from a single inlet (A) to two outlets (B and C); in confluence mode (A+B→C), it merges materials from two inlets (A and B) into one outlet (C).
The Y-type/T-type valve body ensures smooth material flow with low resistance, while sealing components prevent leakage. With a response time of less than 0.5 seconds, it operates stably without frequent manual intervention, adapting to high-temperature and high-wear working conditions.
The core working principle of the two-way diverter valve is to realize precise diversion and confluence of materials through the coordinated operation of various components. Its overall working process is clear and efficient, relying entirely on its own structural design and power transmission of the drive device.
Related Valve Products Recommendation
Cooperates with the two-way diverter valve to control the switching and on-off of material conveying paths, with compact structure, suitable for conveying granular and powdery materials.
Complementary to the two-way diverter valve in function, realizing quantitative unloading and conveying after diversion, solving the problem of uneven unloading.
Controls the on-off of materials at the inlet and outlet of the two-way diverter valve, wear-resistant and flexible, standardized design, assisting in stable conveying.
- Core Functions of Two-way Diverter Valve
- Technical Specifications
- Structural Composition of Two-way Diverter Valve
- Application Scenarios of Two-way Diverter Valve
- Technical Features of Two Way Diverter Valve
The core function of the two-way diverter valve is to realize bidirectional diversion and confluence control of materials. It adopts a symmetrical Y-type or T-type bidirectional structure, and through the precise swing of the valve plate, it can flexibly realize seamless switching between two conveying modes to meet the needs of different production processes: one is the diversion mode (A→B+C), that is, materials from a single inlet are evenly or on-demand distributed to two different outlets through valve plate switching, realizing diversion conveying of materials, which is suitable for scenarios where materials need to be processed or stored in separate routes; the other is the confluence mode (A+B→C), that is, materials from two different inlets are regulated by the valve plate and merged into a single outlet, realizing centralized conveying of materials from multiple paths, which is suitable for scenarios where materials from multiple production lines are aggregated and processed.
In addition, the equipment has the core advantages of low flow resistance and fast response. The flow resistance is reduced by about 15% compared with traditional diverter equipment, which effectively reduces the pressure loss during material conveying and lowers the energy consumption of the conveying system; the valve plate switching response time is less than 0.5 seconds, which can realize rapid switching of material conveying paths, avoid material accumulation and mixing, ensure the continuity and stability of the production process, and at the same time adapt to the high-efficiency operation needs of automated production lines without frequent manual intervention.
|
Parameter
|
Specification
|
|
Model
|
DSF type two-way diverter valve, Rotary plate two-way diverter, Cylinder type two-way diverter, Full bore two-way diverter valve
|
|
Material
|
304/316L Stainless steel, Carbon steel, Food grade material (Food grade two-way diverter valve)
|
|
Drive Mode
|
Pneumatic (0.4-0.6MPa), Electric (AC220V/380V), Electro-hydraulic, Manual; Pneumatic response time: ≤0.5s, Electric power: 0.37-1.5KW
|
|
Connection Mode
|
Flange connection (Two-way diverter valve with flange connection), Flange standard: GB/T 9119-2010, DIN, ANSI
|
|
Applicable Medium
|
Powder, Granule, Ash, Biomass pellet (Two-way diverter valve for powder conveying, Two-way diverter valve for biomass pellet conveying); Medium temperature: -20℃~120℃ (Low temperature two-way diverter valve optional for -40℃~-20℃)
|
|
Special Function
|
No clog, High precision, Explosion-proof (Explosion-proof two-way diverter valve, Exd II BT4/CT4), Sealed (Sealed two-way diverter valve for outdoor use, sealing grade: IP65)
|
|
Nominal Diameter
|
DN50~DN300 (Customizable for special specifications)
|
|
Working Pressure
|
0.1~1.6MPa (High pressure two-way diverter valve optional for 1.6~4.0MPa)
|
The two-way diverter valve adopts a scientific and reasonable structural design, and its core components work together to ensure stable and durable operation and precise switching. Its core components include the valve body, valve stem, crank mechanism and electric/pneumatic drive device. Each component has a clear division of labor and closely cooperates. The specific details are as follows:
-
Valve Body: Adopts a symmetrical Y-type or T-type bidirectional structure, made of high-strength wear-resistant materials (carbon steel, stainless steel, etc. can be selected according to working conditions) through integral casting. The inner part of the valve body is precision polished to reduce material adhesion and wear, and at the same time has good sealing performance to prevent material leakage; the inlet and outlet of the valve body adopt standardized flange connection, which can be seamlessly connected with various conveying pipelines, conveyors and dust collectors, adapting to different specifications of conveying systems.
-
Valve Stem: As the core transmission component connecting the valve plate and the crank mechanism, it is processed from high-strength alloy material, with excellent bending resistance and wear resistance, ensuring the accuracy and stability of the valve plate swing; the connection between the valve stem and the valve body is equipped with high-performance sealing components, which effectively prevent materials from entering the transmission mechanism and extend the service life of the equipment.
-
Crank Mechanism: Responsible for converting the power of the drive device into the swing action of the valve plate. It is manufactured by precision processing technology, with high transmission efficiency and stable operation, which can realize precise positioning of the valve plate, ensure the accuracy of diversion/confluence switching, and avoid material mixing, leakage and other problems; the mechanism is compact in design, small in space occupation, and convenient for equipment installation and maintenance.
-
Electric/Pneumatic Drive Device: As the power source of the equipment, it can be flexibly selected according to the user’s working conditions. Pneumatic drive is suitable for flammable, explosive and no power supply scenarios, with fast response speed and convenient maintenance; electric drive is suitable for production lines with high automation and remote control needs, with stable operation and precise control, which can realize automatic regulation of valve plate switching and adapt to intelligent production processes.
In addition to the core components, the equipment is also equipped with auxiliary components such as sealing components and limit devices, which further improve the sealing performance and operational safety of the equipment, ensuring long-term stable operation of the equipment under complex working conditions.
With its excellent performance and flexible adaptability, the two-way diverter valve is especially suitable for industries such as building materials, metallurgy and mining. It is mainly used for the conveying and switching of granular or powdery materials, can withstand a working temperature of up to 350℃, and can adapt to harsh industrial working conditions such as high temperature, high dust and high wear. The specific application scenarios are as follows:
-
Building Materials Industry: Widely used in cement plants, sand and gravel plants, building materials processing plants, etc., for the diversion and confluence of materials such as cement, sand and gravel, fly ash, gypsum powder, etc. For example, diverting cement from the main conveying pipeline to different storage silos, or merging different specifications of sand and gravel into the same conveying line, improving material conveying efficiency and adapting to the continuous process of building materials production.
-
Metallurgical Industry: Suitable for iron and steel plants, non-ferrous metal smelters, etc., for the conveying and switching of materials such as ore powder, metallurgical slag, coke powder, etc. It can operate stably under high temperature working conditions, solve the needs of material shunt processing and centralized conveying in metallurgical production, and ensure the smooth progress of the metallurgical process.
-
Mining Industry: Used for material conveying in mines such as coal mines, iron mines, non-ferrous metal mines, handling materials such as coal, ore particles, mineral powder, etc., realizing flexible switching of underground or ground conveying lines, adapting to the complex working conditions of mine mining, and improving the automation level and efficiency of mine material conveying.
-
Other Industries: In addition to the above industries, it can also be applied to industries such as chemical industry, electric power, grain processing, etc., for the diversion and confluence of materials such as chemical raw materials, fly ash, grain particles, etc., adapting to the material conveying needs of different industries and providing efficient and stable material switching solutions for various production processes.
Overall, relying on precise switching control, stable operation performance and wide adaptability, the two-way diverter valve has become a core equipment in the material conveying system, which can effectively optimize the production process, reduce energy consumption, improve production efficiency, and meet the actual needs of various industrial scenarios.
This two way diverter valve supports multiple actuation types including manual, pneumatic, and electro-hydraulic operation, enabling fast and flexible gate opening and closing. It features on-load starting capability and overload protection, while the pneumatic actuator delivers short response time for industrial material handling.
Designed with modular construction, the valve offers a complete series of models and specifications to meet diverse application requirements. The robust compact body is welded from high-quality carbon steel or stainless steel including SS304, SS304L, SS316, and SS316L, with surface polishing up to Ra 400#. The spool and seat can be coated with hard alloy or ceramic to enhance wear resistance, and the optimized compact structure reduces installation space by up to 40%.
Equipped with full hydraulic transmission, this industrial diverter valve provides stepless speed adjustment for pushing and pulling forces, wide driving force range, precise stroke control, and position self-locking. Smooth polished conveying channels ensure unobstructed bulk material flow. The unit also features low energy consumption and low operating noise, with easy manual operation and maintenance.
The electro-hydraulic rotary actuator or electro-hydraulic push rod supports stroke control, signal indication, remote centralized control, digital display, and 4–20 mA microcomputer control for automated bulk material handling systems.
With multi-angle configuration, this stainless steel two way diverter valve satisfies various pipeline switching demands. Its fully sealed structure is suitable for outdoor use, with an operating temperature range from -20℃ to 500℃. It is widely applied in bulk material storage and transportation across multiple industries.
Manufactured under standardized and serialized production, the valve eliminates the need for a dedicated hydraulic station, effectively lowering operating costs. Patented design including a swing barrel structure simplifies liner replacement, while an anti-leakage structure prevents material leakage, improving reliability and ease of maintenance.
What is a Two-way Diverter Valve?
A two-way diverter valve is a key switching and control device widely used in bulk material handling systems. Designed with a symmetrical Y-type or T-type structure, it is mainly used to realize the diversion or confluence of granular and powdery materials, enabling stable switching between conveying paths such as A→B+C or A+B→C. Equipped with electric, pneumatic, or electro-hydraulic drive systems, it features fast response, reliable sealing, low flow resistance, and strong adaptability to harsh working conditions including high temperature and high abrasion. It is an essential component for optimizing material conveying efficiency and ensuring stable operation in industries such as building materials, metallurgy, mining, and chemical engineering.
Why Choose Our Two-way Diverter Valve?
Our two-way diverter valve stands out with superior performance, reliable quality, and customized solutions tailored to industrial applications. We adopt high-strength carbon steel or stainless steel materials, precision polishing, and wear-resistant coatings to extend service life and reduce maintenance costs. With a compact, modular structure, our valve saves over 40% installation space while delivering stable operation and excellent sealing performance. Supporting multiple drive modes and a wide temperature range from -20℃ to 500℃, it fully meets diverse working conditions. Backed by standardized production, patented anti-leakage design, and professional after-sales service, we provide durable, efficient, and cost-effective diversion solutions that enhance your production stability and profitability.
Related Products
Can the two-way diverter valve be customized according to our pipeline specifications?
Yes, we can customize the valve body size, material, connection mode and drive mode according to your actual pipeline specifications, working conditions and production needs to ensure perfect adaptation.
Is the two-way diverter valve suitable for corrosive granular or powdery materials?
Yes, we can provide valve bodies made of stainless steel or special corrosion-resistant materials to adapt to the conveying of corrosive materials, avoiding valve body damage and material contamination.
How to avoid material clogging in the two-way diverter valve?
The inner wall of the valve body is precision polished, and the low flow resistance design effectively reduces material adhesion and clogging; in addition, regular cleaning of the valve body interior and timely maintenance can also completely avoid clogging problems.
What should we pay attention to during the installation of the two-way diverter valve?
Before installation, check whether the valve body, valve stem and other components are intact; use standardized flanges to connect with the conveying pipeline to ensure firm connection and tight sealing; the installation position should be convenient for later maintenance and valve plate debugging.
Send Your Inquiry Today