The Screw Conveyor is a highly efficient equipment designed for uniform feeding and controlled material discharge. It is widely used in pneumatic conveying systems as well as in general material transfer applications involving pressure differences. With excellent sealing performance and high pressure resistance, the screw conveyor is suitable for both low-pressure dilute phase systems and high-pressure dense phase conveying systems.
Key Features
Uniform Feeding: Ensures smooth and accurate control of material discharge.
Versatile Applications: Can be integrated into pneumatic conveying systems or standalone pressure discharge environments.
Excellent Sealing & Durability: Strong pressure resistance and airtight structure to minimize leakage.
Robust Design: Compact, firm structure with a neat and aesthetically pleasing appearance.
Material Flexibility: Available in stainless steel (SS304, SS304L, SS316, 316L, SS836L) or carbon steel to meet different industrial needs.
Applications
Material Options
Stainless Steel Grades: SS304, SS304L, SS316, 316L, SS836L
Carbon Steel for cost-effective general applications
FAQ
Q1: What types of materials can be handled by the screw conveyor?
A1: It is suitable for powders, granules, and bulk solid materials in industries such as chemicals, food, plastics, and building materials.
Q2: Can the screw conveyor be used in pneumatic conveying systems?
A2: Yes, it is widely used in both low-pressure dilute phase and high-pressure dense phase pneumatic conveying systems.
Q3: What materials are available for manufacturing the screw conveyor?
A3: Customers can choose from stainless steel (SS304, SS304L, SS316, 316L, SS836L) or carbon steel, depending on application requirements.
Q4: Does the screw conveyor provide leak-proof operation?
A4: Yes. With its robust structure and excellent sealing performance, the screw conveyor ensures minimal leakage even under pressure.
Q5: Can the screw conveyor be customized for specific industries?
A5: Absolutely. Size, material, and design can be customized to meet the needs of chemical, food-grade, or high-pressure industrial environments.