Two Way Diverting Gate

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MOQ : 1 Unit

Two Way Diverting Gate Specification

Frame Material
Mild Steel

Gross Weight
210 kg

Style
Industrial

Arm Length
500 mm

Technics
Fabricated

Color
Grey

Width
800 mm

Open Style
Manual

Feature
High Durability

Size
1200 x 800 x 1000 mm

Type
Two Way Diverting Gate

Material
Mild Steel

Surface Treatment
Powder Coated

Height
1000 mm

Length
1200 mm

Processing
Welding

Two Way Diverting Gate Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Week

Delivery Time
5 Week

About Two Way Diverting Gate

We are counted among the leading companies, engaged in manufacturing and exporting a wide range of Two Way Diverting Gate. Our clients can get this diverting gate from us in different specifications in order to meet their wide requirements. Made by using best quality stainless steel procured from reputed vendors in market, this diverting gate is high in demand for use in the most demanding industries like mining, construction, food, petrochemical and cement. In market, this Two Way Diverting Gate is available at competitive price.

Features:

Corrosion resistance
Excellent design
Tough design

Efficient Bulk Flow Diversion

Designed to provide precise control in diverting bulk material, the swing type gate operates smoothly using a manual hand lever. Its robust fabricated structure ensures consistent performance, making it suitable for high-capacity operations in power, cement, and steel plants.

Superior Durability and Corrosion Resistance

With a powder-coated surface and constructed from mild steel, the gate exhibits excellent durability and resistance to corrosion. The anti-corrosive finish makes it ideal for industrial settings with variable environmental conditions, reducing the need for frequent maintenance.

Easy Installation and Low Maintenance

Featuring flanged mounting and welded fabrication, the gate is simple to install and requires minimal upkeep. The low maintenance design ensures cost efficiency and sustained operation, making it a practical choice for plant managers and engineers.

FAQs of Two Way Diverting Gate:

Q: How is the Two Way Diverting Gate operated within industrial setups?

A: The gate is operated manually using a hand lever, allowing the user to swing the gate and divert bulk material efficiently to either of two discharge points. This straightforward mechanism provides reliable control in industrial environments.

Q: What materials are used in the construction of the diverting gate, and why are they important?

A: The gate is fabricated from mild steel with a powder-coated anti-corrosive finish, which enhances its strength, ensures high durability, and protects against corrosionideal for long-term use in challenging industrial applications.

Q: When should the Two Way Diverting Gate be used in bulk material handling?

A: It should be used whenever there is a need to direct the flow of bulk materials between two different processing or storage paths in power, cement, or steel plants, especially for operations up to 80 TPH and moderate temperature ranges.

Q: Where can the Two Way Diverting Gate be mounted in an industrial facility?

A: The gate is designed for flanged mounting, enabling secure and flexible installation on bulk handling lines, feeders, or chutes in various sections of power plants, cement, and steel factories.

Q: What is the process for installing and maintaining the gate?

A: Installation involves bolting the flanged structure onto the required section, followed by connection of the hand lever for control. Maintenance is minimal, requiring periodic checks of the swing mechanism, seals, and powder coating for wear or damage.

Q: How does the rubber gasket seal benefit material handling operations?

A: The rubber gasket seal minimizes leakage and ensures that diverted materials are securely channeled to the desired path, enhancing operational safety and efficiency during processing.

Q: What are the primary advantages of choosing this diverting gate for industrial usage?

A: It offers high durability, minimal maintenance, excellent corrosion resistance, and efficient manual control, which translate to reduced operating costs and reliable material diversion in demanding industrial environments.

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