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400 Type Metal Shredder 400 Type Metal Shredder | Compact Twin-Shaft Scrap Metal Shredder QR Code

HuaZhi 400 Type Metal Shredder — compact twin-shaft design for small metal yards. 11–18.5 kW, 200–600 kg/h throughput. Low noise, CE certified. Budget-friendly metal shredding.

1,800–2,500 kg 2 × 5.5–9.2 kw 200–600 t/h 12000
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Certificate of Origin

Product Introduction

The HuaZhi 400 Type Metal Shredder is our most compact entry-level twin-shaft metal shredding machine — purpose-built for small-scale metal recycling yards, workshops, metal fabrication shops, and agricultural equipment service centers that need reliable metal shredding capability without the capital investment of a large industrial machine.

The 400 features two synchronized counter-rotating shafts, each fitted with 8–12 rectangular cutting knives mounted in a staggered, overlapping pattern. This design generates exceptional shearing and tearing force at low rotational speed — delivering clean, controlled shredding of metal scraps without the high-impact noise and vibration of traditional hammer mills.

With a compact footprint of just 2,200 × 1,800 mm and a motor configuration of 11–18.5 kW, the 400 Metal Shredder processes 200–600 kg of metal scrap per hour — the ideal solution for operations processing 500–5,000 kg of scrap per day.

Key Features

Twin-Shaft Shearing Principle

Two counter-rotating shafts with staggered knife arrays generate a powerful shearing and tearing action. Material is gripped by the intermeshing knife pattern and cut progressively — producing uniform shred size without high-impact stress on the material or the machine frame.

16–24 Intermeshing Rectangular Knives

Each shaft carries 8–12 heat-treated tool steel knives arranged in a V-pattern. Knives are indexed (4 cutting edges each) and individually replaceable — when one edge dulls, rotate or replace that knife only, not the entire assembly.

Solid Weld-Fabricated Cutting Chamber

The cutting chamber is machined from a single-piece weldment with precision-bored bearing housings — ensuring perfect shaft alignment and preventing material bypass. Hardox 400 wear plates protect the chamber walls from abrasive wear.

Energy-Efficient Drive System

Dual 5.5–9.2 kW motors (total 11–18.5 kW) with synchronized gearboxes deliver maximum torque at low RPM. The IE3 motor configuration minimizes electricity consumption — the 400 consumes significantly less power than a comparably productive hammer mill.

Low Noise & Low Vibration

Twin-shaft shearing at low RPM produces far less noise and vibration than impact shredding. Combined with the solid welded frame (no bolted panels to rattle), operational noise is maintained below 75 dB — suitable for indoor workshop environments.

Simple Hydraulic Ram Feed System

A single hydraulic cylinder drives the material pusher at variable speed — continuously feeds material into the cutting chamber without manual loading. The pusher speed is manually adjustable to suit different material types.

Compact Footprint & Easy Installation

The 400’s small footprint (2,200 × 1,800 mm base) and standard 380V/415V 3-phase power requirement mean it can be installed in existing workshops without structural modifications or special power infrastructure.

Quick Knife Change System

Knife removal and replacement requires only basic hand tools. Individual knife blocks are pinned and bolted — no special equipment, no press, no professional technician required. Knife rotation or replacement: 30–60 minutes.

CE Certified

Manufactured to CE safety standards with full emergency stop systems, motor overload protection, and safety interlock switches on all access doors.

✅ Suitable Materials ⚠️ Not Recommended
Steel plate offcuts & shavings Whole vehicle bodies (use larger shredder)
Iron & cast iron scrap Asbestos-containing materials
Aluminum profiles & offcuts Pressurized containers / gas cylinders
Copper wire & cable drums Explosive materials
Metal drums & containers (empty) Radioactive materials
Metal pipes & fittings Stainless steel structural sections
Bolt, nut & fastener scrap Thick ship hull plates
Motor housings & steel frames Lead or zinc with high melting point

Applicable Materials

Product Advantages

  • Long

    Long

    Imported Alloy Cutting Tools

    The cutting tool is made of imported alloy steel material and processed by high-precision machine tools, with higher mechanical properties, better toughness and wear resistance, and significantly extended service life. Cutting tools can be extended in lifespan through laser cladding or high-temperature cladding. After the tool wears out, it can be repaired multiple times by welding, saving the cost of use.

  • Stable

    Stable

    Integrated Knife Box

    The box adopts mortise and tenon design technology and overall annealing treatment technology. Not only does it avoid pre stress caused by welding, but it also enhances the overall integrity and mechanical strength of the tool box, making it less prone to deformation during long-term use. At the same time, the knife box is divided into upper and lower parts, making maintenance and repair convenient and fast.

  • Force

    Force

    Large torque force, large crushing force

    Driven by a motor and reducer, the transmission of torque is smooth, with high precision and good guidance, resulting in greater output torque and stronger load-bearing capacity of the equipment, making the power of the equipment more powerful. Effectively improve production efficiency and reduce energy consumption.

Technical Parameters

Product Name400 Type Metal Shredder
Product Model400 Type
Equipment Weight1,800–2,500 kg
Motor Power2 × 5.5–9.2 kw
Overall Dimensions2,200 × 1,800 × 1,600mm (actual dimensions subject to the drawings)
Feed Inlet Diameter450 × 350 mm
Output200–600 t/h
Suitable materialsScrap car bodies, automotive parts, 200L metal oil drums, chemical drums, construction rebar, threaded steel bars, scrap metal furniture, metal sheets, industrial offcuts, steel chips/turnings, copper and aluminum scrap, aluminum alloy doors and windows.
Applicable IndustriesGarbage recycling, waste recycling, renewable resource recycling, dismantling of old home appliances, environmental solid waste treatment, metal recycling and dismantling, hardware processing, automobile dismantling, hazardous waste disposal, etc
Country of ManufactureMade in China
Certification SystemISO 9001 quality management system, CE certification, UL certification

Send a request for 400 Type Metal Shredder | Compact Twin-Shaft Scrap Metal Shredder

Tell us your scrap type, capacity, and workshop size. Our engineers will recommend the right model, provide a price list, and design a free 2D layout plan for your recycling business. Contact us now!

Machine Testing Video

Customer Cases

FAQ

Reduced output may be caused by worn blades, irregular feeding, excessive feed size, unsuitable material, conveyor problems or material buildup in the cutting chamber. First check the feeding condition and blade wear, then inspect the transmission and discharge system. If the issue continues, send operating videos and equipment information to the support team for diagnosis.

Replacement blades and commonly used mechanical or electrical parts can be supplied according to the machine model and configuration. We recommend confirming a spare-parts list when ordering, especially for projects where local access to compatible components is limited. Providing the machine model and serial information helps identify the correct replacement parts.

The operator should stop feeding material and follow the machine’s prescribed overload-handling procedure. Depending on the control configuration, the machine may stop or reverse to help release the material. Operators should never enter the cutting chamber or remove trapped material before the equipment is completely isolated from power.

Blade service life depends on material hardness, contamination, operating hours and feeding conditions. Processing clean plastic or light scrap creates different wear from processing thick metal or mixed waste containing hard foreign objects. Blades should be inspected regularly and rotated, repaired or replaced according to actual wear.

Routine maintenance normally includes checking blade wear, bolts, bearings, lubrication, gearbox condition, hydraulic oil and electrical connections. The cutting chamber should also be inspected for foreign objects and material buildup. Following the maintenance schedule helps reduce unplanned downtime.

Operation guidance can cover machine startup and shutdown, material feeding, overload handling, routine inspection and basic maintenance. For a complete production line, training can also include the coordination of conveyors and separation equipment. The final training scope is confirmed according to the project configuration.

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