Siebausrüstung

Was ist Abfallsiebtechnik?

Abfallsiebtechnik trennt feste Abfälle nach Partikelgröße, um Verunreinigungen zu entfernen und die Recyclingeffizienz in MSW-, RDF/SRF-, Biomasse- und Industrieabfallverarbeitungslinien zu verbessern.

Das System verwendet Siebe und mechanische Bewegung, um feine und übergroße Materialien kontinuierlich zu trennen, wodurch die nachgelagerte Sortiereffizienz, Materialreinheit und Ressourcenrückgewinnung verbessert werden.

Wie funktioniert Abfallsiebtechnik?

Abfallsiebtechnik trennt gemischte Abfälle durch Vibration, Rotation, Luftstrom oder Ballistikbewegung. Feine Partikel passieren das Sieb, während übergroße Materialien zu verschiedenen Austragsöffnungen für das Recycling bewegt werden.

01
Rotierende Trommelsiebung Rotierende Trommelsiebe verwenden eine rotierende geneigte Trommel, um Abfälle nach Partikelgröße zu trennen. Feine Materialien passieren die Sieblöcher, während große Materialien zum Endauslass bewegt werden.
02
Vibrationssiebung Vibrationssiebe erzeugen eine lineare Vibration, um Materialien auf der Siebfläche zu bewegen und zu schichten. Kleine Partikel fallen durch das Maschengewebe, wodurch die Siebgenauigkeit und -effizienz verbessert werden.
03
Ballistische & Scheibentrennung Scheibensiebe und Ballistikseparatoren verwenden rotierende Wellen und Scheiben, um leichte, schwere und flexible Materialien zu trennen. Sie werden häufig in MSW- und RDF-Sortierlinien eingesetzt.
04
Lufttrennsysteme Luftseparatoren verwenden Luftstrom, um leichte Materialien wie Kunststofffolie und Papier von schweren Materialien wie Glas und Metall zu trennen, wodurch die Recyclingreinheit und Rückgewinnungsraten verbessert werden.

Zhongyi verfügt über 15 Jahre Erfahrung in Abfallsiebtechnik und Recyclinganlagenprojekten und bietet zuverlässige Sieblösungen für MSW-, C&D-Abfälle, Biomasse und industrielle Festabfallverarbeitung. Mit starken Engineering- und Fertigungskapazitäten bieten wir maßgeschneiderte Siebsysteme basierend auf unterschiedlichen Materialeigenschaften, Anlagenkapazitäten und Recyclinganforderungen. Unsere Ausrüstung wurde in globalen Recyclingprojekten mit vollständiger technischer Unterstützung und langfristiger Betriebsstabilität eingesetzt.

Warum ist Siebung im Abfallrecycling wichtig?

Siebtechnik ist ein zentraler Bestandteil von Abfallrecyclinganlagen. Sie trennt gemischte Abfälle, verbessert die Sortiereffizienz, reduziert das Deponievolumen und erhöht den Rückgewinnungswert recycelbarer Materialien. Henan Xinzhongyi Eco Equipment Co., Ltd. bietet maßgeschneiderte Abfallsieblösungen für MSW-, C&D-Abfälle und RDF-Recyclingprojekte weltweit.

Recyclingeffizienz verbessern : Die Siebung trennt feine und übergroße Materialien vor der Sortierung, wodurch Materialreinheit und Sortiergenauigkeit verbessert werden. Mehrstufige Systeme können die Recyclingeffizienz um über 85% steigern.
Arbeitskosten senken : Automatische Siebsysteme reduzieren manuelle Sortierarbeit und halten den Materialfluss stabil. Große Sieblinien können kontinuierlich 50–500 Tonnen Abfall pro Stunde verarbeiten.
RDF-Brennstoffqualität steigern : Die Siebung entfernt Metall, Glas und Inertabfälle aus RDF-Materialien, wodurch Brennstoffqualität, Heizwert und Verbrennungsstabilität verbessert und gleichzeitig der Verschleiß der Ausrüstung reduziert werden.
Ausrüstung schützen & Rückgewinnung verbessern : Eine ordnungsgemäße Siebung reduziert Fördererblockaden und Schredderschäden und verbessert gleichzeitig die Rückgewinnung von Kunststoffen, Metallen und recycelten Zuschlagstoffen in Abfallrecyclinganlagen.

Arten von Abfallsiebtechnik

Abfallsiebtechnik umfasst Trommelsiebe, Scheibensiebe, Ballistikseparatoren und Vibrationssiebe für unterschiedliche Abfallmaterialien und Recyclingprozesse. Verschiedene Maschinen sind für nassen Abfall, sperrigen Abfall, RDF-Produktion und Feintrennung ausgelegt.

Wenn Sie nicht sicher sind, welche Abfallsiebtechnik für Ihr Recyclingprojekt geeignet ist, kontaktieren Sie Henan Xinzhongyi Eco Equipment Co., Ltd. Wir können die richtige Sieblösung basierend auf Ihrem Materialtyp, Ihrer Verarbeitungskapazität und den Anforderungen der gesamten Recyclinganlage empfehlen.

Abfall-Spiralschaftsieb

Abfall-Spiralschaftsieb

Das LX-Abfall-Spiralschaftsieb trennt Abfälle nach Größe, Dichte und Form durch rotierende Spiralschäfte. Es zeichnet sich durch eine verstopfungsfreie Konstruktion, stabilen Betrieb, geringe Geräuschentwicklung und einen größeren Durchsatz für die Siebung von nassem und klebrigem Abfall aus.

Es ist geeignet für Küchenabfälle, organische Abfälle, Siedlungsabfälle und gemischte Abfallrecyclinglinien. Die Maschine wird häufig in der MSW-Vorbehandlung und in Festabfallsortieranlagen eingesetzt.

ModellSiebstrukturLeistung (kW)
LXS302212 Spiralschäfte2×11
LXS352214 Spiral Shafts2×15

Ballistische Separator

The TTS ballistic separator separates 2D and 3D waste through bouncing motion and rotating screening plates. It provides accurate sorting, stable operation and high screening efficiency.

It is suitable for MSW, packaging waste, decoration waste and plastic recycling lines. The machine separates paper, film, bottles and lightweight materials efficiently.

Ballistische Separator
ModellFeed Size (mm)Screen Aperture (mm)Leistung (kW)
TTS1745<40025–4022
TTS2145<40025–4022
TTS2160<40025–4030
TTS2460<40025–4030
TTS2860<40025–4037
TTS3070<40025–4045
Drehtrommelsieb

Rotary Trommel Screen​

The GTS rotary trommel screen uses an inclined rotating drum to separate waste materials by particle size. Materials tumble and roll inside the drum, while fine particles pass through the screen holes. The machine features stable operation, low noise, low dust and anti-clogging performance.

It is suitable for municipal solid waste, decoration waste, landfill waste, compost and biomass processing. The trommel screen is widely used in waste sorting plants for continuous screening of mixed solid waste and inert materials.

ModellLeistung (kW)Processing Capacity (m³/h)
3GTS-15301120-150
3GTS-15481530-200
3GTS-18301530-250
3GTS-185018.530-250
3GTS-20301530-250
3GTS-20502230-250
3GTS-20703030-250
3GTS-22303730-300
3GTS-22503730-300
3GTS-22703730-300

Abfallsortier-Scheibensieb

The Waste Sorting Disc Screen uses rotating star discs to separate waste by size. Small materials fall through gaps, while larger materials move forward. It offers self-cleaning, anti-clogging and stable continuous screening performance.

It is widely used in MSW, RDF production, biomass, kitchen waste and construction waste recycling lines. It improves pre-screening efficiency and separates fine and coarse materials effectively.

Abfallsortier-Scheibensieb
ModellMaterialDisc Opening (mm)Disc Size (mm)Shaft QtyLeistung (kW)Capacity (m³/h)
ZYZ3512Polyurethane5–160150–3508–1218.580
ZYZ5012Polyurethane5–160150–35010–1422130
ZYZ7512Polyurethane5–160150–35012–1627180
MSW Roller Screen Separator

MSW Roller Screen Separator

The MSW roller screen separator uses multi-shaft disc rollers to separate waste by size. Large materials move forward, while fine materials fall through gaps. It features high capacity, stable chain drive, low energy use and modular structure for easy maintenance.

It is widely used in MSW, construction waste, decoration waste, kitchen waste and bulky waste recycling. It replaces traditional trommel screens and improves screening efficiency in large solid waste sorting and recycling plants.

ModellLeistung (kW)Feed Size (mm)Processing Capacity (t/h)
GZS144015+3+3+3350180–600
GZS184022+3+3+3450350–1000
GZS1440 (Soil Discharge Type)45–55350180–600
GZS142037–55330150–500

Light Fraction Separator for Waste Recycling

The FS light fraction separator uses water flotation and density differences to separate light materials from heavy aggregates. Plastic, wood, foam and paper float on the water surface, while heavy materials sink. It features high separation purity, low water loss and stable continuous operation.

It is widely used in construction waste, decoration waste and recycled aggregate processing lines. The machine removes lightweight impurities from crushed materials, improving recycled aggregate quality and supporting resource recycling applications.

Light Fraction Separator for Waste Recycling
ModellAgitation Power (kW)Processing Capacity (m³/min)
FS-2111–3
FS-4152–4
FS-8224–8
SF-10225–10
SF-16375–16
SF-20375–20
Vibrating Grizzly Screen

Vibrating Grizzly Screen

The YBF vibrating grizzly screen uses forced vibration and elastic polyurethane screen panels to separate wet and sticky materials efficiently. High-frequency stretching motion prevents screen blockage and improves screening performance for fine and difficult materials.

It is suitable for decoration waste, municipal solid waste, aged waste and other wet mixed materials. The machine is widely used in waste recycling plants for high-efficiency screening and continuous material separation.

ModellScreen Aperture (mm)Leistung (kW)
YBF-2P18608–2522
YBF-2P21608–2530
YBF-2P24608–2530
YBF-2P30608–2530

Flip Flow Screen

The YKF flip flow screen uses elastic polyurethane screen panels and high-frequency vibration to screen wet and sticky materials. The continuous stretching and relaxing motion prevents screen blockage and improves screening efficiency for difficult materials.

It is suitable for decoration waste, aged waste, bulky waste, coal and wet mixed materials. The machine is widely used in recycling plants for fine screening and high-efficiency separation of sticky materials.

Flip Flow Screen
ModellLeistung (kW)
F5YK1540-2P11
F5YK1548-2P11
F5YK1848-2P5.5
F5YK1860-2P15
F5YK2148-2P18.5
F5YK2160-2P22
F5YK2460-1P22
F5YK2460-2P30
F5YK3060-1P30
F5YK3060-2P30

Comparison of Different Waste Screening Machines

Different waste screening machines are designed for different materials, capacities and recycling goals. Choosing the right equipment can improve screening efficiency, reduce maintenance costs and increase recycling purity. The comparison below helps you quickly understand the advantages, applications and suitable working conditions of each screening machine.

AusrüstungBest ForVorteileMaterialartMaintenanceBudget
Spiral Shaft Screen LX SeriesWet & sticky wasteAnti-clogging, large throughput, stable operationKitchen waste, organic waste, MSWLowMedium
Ballistic Separator TTS Series2D/3D waste separationHigh sorting purity, automatic separationPackaging waste, plastic, paper, MSWMediumHigh
Rotary Trommel Screen GTS SeriesWet mixed wasteStable operation, low blockage, continuous screeningCompost, biomass, landfill waste, MSWLowMedium
Abfallsortier-ScheibensiebRDF pre-screeningHigh efficiency, self-cleaning, compact structureRDF, biomass, kitchen wasteLowMedium
MSW Roller Screen SeparatorLarge-capacity waste sortingHigh throughput, modular structure, anti-blockingMSW, C&D waste, bulky wasteMediumHigh
Light Fraction Separator FS SeriesLightweight impurity separationHigh purity, low water loss, low labor costPlastic film, paper, recycled aggregatesMediumMedium
Vibrating Grizzly Screen YBF SeriesWet sticky materialsStrong anti-blocking, high screening efficiencyDecoration waste, aged waste, wet finesMediumHigh
Flip Flow Screen YKF SeriesFine sticky material screeningElastic screen surface, anti-cloggingWet waste, slag, sticky finesMediumHigh


How to Choose the Right Waste Screening Equipment?

Choosing the right waste screening equipment depends on material type, moisture content, plant capacity and automation requirements. Proper machine selection can improve screening efficiency, reduce operating costs and increase recycling performance.

01
Choose Based on Material Type

Different waste materials require different screening systems. Trommel screens suit MSW and compost, ballistic separators fit packaging waste, while grizzly and flip flow screens handle C&D and sticky waste.

02
Choose Based on Moisture Content

Wet and sticky waste requires anti-clogging equipment such as spiral shaft screens or flip flow screens. Dry waste and lightweight materials are suitable for vibrating screens and air separators.

03
Choose Based on Capacity & Automation

Small plants around 5–20 TPH can use semi-automatic systems, while 100 TPH recycling plants usually require fully automatic screening and sorting lines for stable continuous operation.

04
Choose Based on Budget

Entry-level plants often choose trommel or vibrating screens for lower investment. Large recycling plants prefer automated screening systems with higher efficiency, lower labor cost and larger throughput.

Applications

Waste screening equipment is widely used in recycling and solid waste treatment plants. Different screening systems help separate mixed materials, improve recycling efficiency and reduce downstream processing costs.

01
Municipal Solid Waste Recycling: Screening equipment separates organic waste, plastics, paper and fine materials in MSW recycling plants. It improves sorting efficiency and supports automatic waste separation systems.
02
Construction & Demolition Waste: Screens are used to separate concrete, bricks, soil and lightweight impurities from construction waste. They improve recycled aggregate quality and reduce landfill disposal volume.
03
RDF/SRF Fuel Production: Disc screens, ballistic separators and air separators help remove inert materials from waste before RDF production. This improves fuel purity and combustion performance.
04
Biomass & Compost Processing: Trommel screens and disc screens are commonly used in biomass and compost plants for fine material separation, impurity removal and stable material classification.
05
Plastic & Industrial Waste Recycling: Ballistic separators and air classifiers separate film, plastic, paper and lightweight materials in recycling plants. They improve recycling purity and reduce manual sorting work.

Complete Waste Screening Solutions with System Integration

A waste screening machine is usually used as a key unit in a complete recycling and sorting line. In a typical system, it works together with feeders, crushers, conveyors, ballistic separators, air classifiers, magnetic separators, and centralized control systems.

This is important because screening is only one step in the full process. Waste type, moisture content, plant capacity, and final product requirements all determine how the screening equipment should be selected and arranged in the line.

Most customers are not purchasing a single machine. They need a complete and stable process solution. We provide customized screening system design and full plant integration for MSW recycling, C&D waste processing, RDF production, and solid waste recovery projects.

Why Choose Us as Your Bag Opener Machine Supplier?

Xinzhongyi ECO is a professional manufacturer and supplier with over 16 years of experience in waste recycling and screening equipment. We focus on providing reliable screening machines and complete solid waste processing solutions for global projects. From single equipment supply to full plant design, we support MSW, C&D waste, RDF production and biomass recycling lines.

We combine engineering design, manufacturing and project service in one system. Customers get not only machines, but also layout planning, installation guidance and long-term technical support. With stable quality, customized solutions and fast response service, Xinzhongyi ECO helps clients build efficient and cost-effective recycling plants worldwide.

For many customers, the key point is not just buying a screening machine. It is getting the right screening solution that matches real waste conditions. We support customized screening system design, plant layout, installation, commissioning, and long-term service for MSW, C&D waste, RDF and recycling projects.

Get a Custom Waste Screening Solution

We provide customized waste screening and sorting solutions for different waste processing needs. From single screening equipment to fully integrated systems, our team can design complete production lines for MSW, C&D waste, plastic recycling, biomass, RDF, and industrial waste processing.

Tell us your material type, capacity, and project requirements, and we will recommend the right solution for your plant. Customizable options include screening equipment type, processing capacity, automation level, plant layout, mobility options, discharge size, and control systems.

Deponiebergbau-Anlagenlösung

FAQs

What waste materials can screening equipment handle?

Waste screening equipment can process MSW, C&D waste, biomass, compost, RDF waste, and industrial solid waste. Different screen types are selected based on moisture, size, and material composition.

How do I choose the right screening machine for my project?

Selection depends on material type, capacity, moisture content, and required output purity. Trommel screens are used for wet waste, disc screens for RDF, and flip flow screens for sticky materials.

How to improve screening efficiency in waste recycling plants?

Efficiency can be improved by proper pre-sorting, choosing correct screen type, optimizing feeding system, and using multi-stage screening combined with air separation or ballistic separation.

Can screening equipment reduce manual labor cost?

Yes. Automated screening systems significantly reduce manual sorting needs by separating materials by size and type, improving processing speed and lowering labor dependency.

What capacity range is available for waste screening machines?

Screening capacity ranges from small units around 5–20 TPH to large industrial systems over 500–1000 TPH, depending on machine type and waste characteristics.

Can screening equipment be customized for different waste projects?

Yes. Screening systems can be fully customized, including screen size, structure, capacity, and integration with feeding, crushing, and sorting systems for complete recycling lines.