Easy to Operate DNY500 Belt Filter Press Durable Reliable Performance

Easy to Operate Belt Filter Press Durable Reliable Performance

Brief Description

This belt filter press incorporates a user-friendly design philosophy, simplifying the operation process so even non-professionals can quickly get started. Core components are made of high-quality materials, resistant to corrosion and wear, ensuring long-term stable operation. Widely used in food processing, dyeing and printing wastewater treatment, and municipal sludge treatment, it continuously delivers high-quality dewatering results, helping companies improve resource recycling efficiency and environmental protection standards.

Product Overview

Engineered and built in‑house, our DNY belt filter press is a robust industrial dewatering solution. Its unique S‑curved filter belt configuration ensures progressive pressure rise and smooth release, protecting filter media while boosting cake dryness. The unit is highly versatile, handling organic hydrophilic and inorganic hydrophobic materials alike, with specialized optimization for chemical, mining, and water treatment sludge. The dewatering process uses a dual‑belt and roller assembly to trap and compress sludge or slurry, efficiently separating filtrate and solids. With an elongated gravity settling zone, this model series offers mature, field‑proven processing for a wide range of challenging materials.

Working Principle

DNY belt filter press integrated concentration and dehydration device can be divided into four basic stages : 
Sludge flocculation: sludge must go through the flocculation process before dewatering. Flocculation refers to the pretreatment of suspended solids with a flocculant. Flocculant and sludge are mixed by stirring, and the solid particles in the suspension system are bonded to produce agglomeration, so that the solid phase and the liquid phase are separated. At the same time, a small amount of coagulant aid is added to improve the coagulation effect.
Gravity dewatering: In order to reduce the fluidity of sludge more effectively before pressing, more free water must be removed. The filter belt has an upper inclination angle. The friction coefficient of sludge, free water and filter belt is different. The sludge moves up with the filter belt, and the free water is removed. The sludge is evacuated and evenly distributed on the surface of the filter belt to further enhance the dewatering effect.
Pressing dewatering: after gravity dewatering, with the movement of the filter belt into the wedge pressure section between the upper and lower filter belt, pre-dewatering, and then into the ' S-shaped pressing area, due to the shear force generated by the shear force of the sludge with the filter belt in the multi-silver phase bending, thus the internal free water. 
Filter belt cleaning: It is composed of a sprayer, a cleaning water receiving box and a cleaning cover. When the filter belt of the belt filter press travels, it continuously passes through the cleaning device, and is impacted by the pressure water ejected from the sprayer. The material remaining on the filter belt is separated from the filter belt under the action of pressure water, so that the filter belt is regenerated to prepare for the next dehydration process.

Product Parameters

Key Design & Performance Features

Built with SUS304/316 stainless steel for the main frame. Long-life filter belt ensures stable performance. Low energy consumption, low speed, and low noise during operation. Pneumatic belt adjustment keeps the machine running steadily. Comprehensive safety detection and emergency stop system improve reliability. User-friendly design makes operation and maintenance simple and efficient.

Applications

It delivers reliable dewatering solutions for a comprehensive spectrum of wastewater sources. It excels in treating municipal and domestic sewage, and efficiently handles waste streams from food, beverage, brewing, and kitchen wastewater sources. Furthermore, it demonstrates robust performance in challenging environments such as chemical plants, electroplating facilities, leather mills, papermaking, and printing & dyeing workshops. It also supports large-scale industrial projects, including pharmaceutical production, oil & power, coal mining, livestock farming, waterworks, power plants, and steel mills.

Company Profile

WESUS is a leading manufacturer and total solution provider for advanced sewage and sludge treatment systems. Founded in Yixing, China in 2013, we offer reliable, cost-effective equipment and engineering services to global clients. Certified with ISO 9001, ISO 14001 and ISO 45001, we possess strong in-house R&D and manufacturing capabilities supported by a large production base, a professional technical team, patents and university cooperation. Our comprehensive product range includes screening, filtration, sludge dewatering, mixing, aeration and customized solutions. With end-to-end services from design to after-sales support and proven global project experience, we have earned wide recognition including national high-tech enterprise and 5-star after-sales certifications. Adhering to the philosophy of real innovation, excellence and win-win cooperation, WESUS is committed to providing smart, sustainable water treatment solutions for municipal and industrial clients worldwide.

FAQ
Q1: Are you a direct manufacturer? What certifications do you hold?  
A: We are a direct manufacturer with our own production facilities and R&D team. We maintain full control over quality, cost, and delivery, and hold certifications including ISO 9001/14001 for our core products.

Q2: What types of collaboration models do you offer?  
A: We provide flexible solutions:  
- Equipment Supply: Standalone or packaged systems.  
- Turnkey Solutions (EPC): Design, procurement, construction, and commissioning.  
- Technical Cooperation: Process upgrades, operational maintenance support, and technical consulting.

Q3: How is after-sales service and support ensured?  
A: We provide full lifecycle support:  
- Warranty: 12–24 months on core equipment.  
- Response: 7x24 remote support with fast on-site assistance when needed.  
- Spare Parts: Genuine parts are stocked for long-term supply security.  
- Maintenance: Annual Maintenance Contracts (AMC) are available to ensure long-term system efficiency.

Q4: What is your typical project execution process?  
A: Our standardized workflow ensures efficiency and transparency:  
1. Requirement Analysis → 2. Proposal & Quotation → 3. Design Finalization → 4. Production & Factory Testing → 5. Shipping & Installation → 6. Commissioning & Training → 7. After-sales Service.  
Customer involvement is encouraged at key milestones.

Q5: Can you provide references or case studies?  
A: We have extensive global project experience across municipal and various industrial sectors. We can provide detailed, anonymized case studies and client references upon request.

Q6: What are your payment terms and delivery lead times?  
A: - Payment: We accept T/T and L/C, with standard industry progress payment terms.  
- Lead Time: Standard equipment: 4–8 weeks.  Large custom projects: 12–20 weeks. 
A clear production schedule is provided upon contract signing.

Q7: How do you serve international clients?  
A: We are experienced in international projects, arranging complete logistics (FOB, CIF, DDP, etc.) and providing full customs documentation. Our designs pre-consider compliance requirements in target markets.

Q8: Can you upgrade or retrofit existing systems?  
A: Yes. We specialize in evaluating existing facilities and providing customized retrofit and expansion solutions to enhance performance and capacity with minimal investment and downtime.

Q9: How can we start a consultation?  
A: Please contact our Sales Engineering team. To facilitate an efficient discussion, please have your treatment requirements, water quality data, and site information ready. We will provide a preliminary proposal and professional advice.