| Marka Adı: | WANSHIDA |
| Model Numarası: | Q43W-4000 |
| Adedi: | 1 takım |
| Fiyat: | negotiable |
| Teslimat süresi: | 50 gün |
| Ödeme Koşulları: | D/A,L/C,T/T,Western Union,D/P |
The Q43W-4000 Container Scrap Shear is a box-type hydraulic cutting system designed for processing loose, bulky, and mixed scrap metal that cannot be efficiently handled by alligator shears.
Unlike open-structure alligator shears that focus on sectional steel, the Q43W-4000 utilizes a container-style compression and cutting chamber, allowing operators to load large volumes of scrap, compress them inside the chamber, and then perform controlled cutting.
With a 4000 kN cutting force, 1400 mm blade length, and a 1400 * 450 mm discharge opening, this model is well suited for medium-to-heavy recycling yards transitioning from sectional cutting to volume-based scrap processing.
| Item | Specification |
|---|---|
| Model | Q43W-4000 Container Scrap Shear |
| Cutting Force | 4000 kN |
| Output Mouth | 1400 x 450 mm |
| Blade Length | 1400 mm |
| Oil Cooling System | Air cooling system |
| Hydraulic System Pressure | 25 MPa |
| Cutting Speed | 2-3 times/minute |
| Power | 84 kW |
| Operation | Button control |
| Weight | 25000 kg |
The enclosed container structure allows large quantities of loose scrap to be loaded directly, reducing the need for pre-cutting or sorting.
Scrap is compressed inside the chamber before cutting, improving cutting efficiency and reducing blade shock.
The 1400 mm blade enables wide-area cutting of compressed scrap bundles.
The air cooling system maintains oil temperature stability during standard-duty continuous operation.
Designed for loose and irregular scrap rather than thick solid sections.
Compression before cutting improves cut consistency and reduces blade wear.
The 1400 * 450 mm discharge mouth ensures manageable scrap size for downstream handling.
The Q43W-4000 Container Scrap Shear is ideal for:
It is especially suitable for recycling yards upgrading from open shears to enclosed, volume-oriented cutting systems.