What materials can the Screw Conveyor handle?
The Screw Conveyor is designed to transport a wide range of materials including drilling cuttings, clay powder, coal powder, cement, sand, grain, coal cinder, pebbles, and other small granular or block materials. It is widely used in oilfield, construction, and industrial conveying operations.
What types of materials can the system handle?
The Henyo system is engineered for complex multiphase and high-density applications. It handles drilling cuttings, oil-based and water-based mud waste, tank bottom sludge, sand, gravel, fine powders, oily sludge, and a wide range of industrial or hazardous waste streams, including abrasive and high-solids-content media.
Can the conveyor be customized for different project requirements?
Yes. The system supports fully customizable screw diameter and conveying length to match different site layouts, handling capacities, and process requirements. Its modular structure also allows flexible configuration and future expansion.
Does the system support bidirectional or reversible conveying?
Yes. The Screw Conveyor supports unidirectional conveying, reversible transport, and even simultaneous opposite-direction conveying, depending on the system setup and operational needs.
What makes the screw design suitable for harsh working conditions?
The equipment adopts high-strength wear-resistant screw components designed for continuous operation in abrasive environments. This improves durability, extends service life, and reduces the frequency of part replacement and maintenance.
How is material leakage and contamination prevented during operation?
The conveyor uses a fully enclosed housing with a protective cover design, effectively preventing material leakage, dust emission, and external contamination. This ensures cleaner, safer, and more environmentally compliant operation.
What are the installation and maintenance advantages of this system?
The modular sectional design (standard 12-ft sections) allows easy disassembly, transportation, and replacement of components. Combined with a compact and reinforced frame structure, it reduces installation time, simplifies maintenance, and lowers overall operating costs.