Heavy Plate Bending & Forming for Large Steel Components
Heavy steel plate forming for curved shells and drawing-defined industrial components, supported by large forming equipment.
Submit a drawing for review →
What we manufacture.
- Drawing-defined heavy formed components
- Curved plate and shell components subject to feasibility review
- Prepared plate components for downstream fabrication
18,000T machine schedule
| Model | TDY39K-18000/13000mm |
|---|---|
| Plate thickness | 20–150 mm* |
| Forming length | Up to 13,000 mm* |
| Diameter in source equipment schedule | DN560–1800* |
Actual forming limits depend on diameter, material grade, length and project specification. Confirm feasibility with engineering.
18,000T Press in Production
Source production example: Q355 plate, 100 mm thickness and 12 m length. This example does not establish a guaranteed forming envelope; grade, geometry, length and tolerances require engineering review.
Separate machines.
Separate operating envelopes.
| Equipment | Model | Listed capability |
|---|---|---|
| 5,200T forming press | T5200X12500 | Plate thickness: Up to 90 mm*; Processing length: 12,500 mm*; Listed forming range: DN400–1512* |
| 3,200T forming press | 2-PPEBT 1600/80 | Processing length: 16 m*; Listed processing thickness: 20–150 mm*; Final parameters: Engineering review required |
| 3,600T pre-bending machine | YW-3600T | Processing width: 3,600 mm*; Plate thickness: Up to 45 mm* |
Actual forming limits depend on diameter, material grade, length and project specification. Confirm feasibility with engineering.
Specify the grade.
Define the component.
State grade, plate thickness, delivery condition, bend radius and permissible thinning. Formability and springback are reviewed against your geometry and material specification.
- 01Review geometry, radius and tolerances
- 02Prepare plate and agree forming sequence
- 03Pre-bend and form to the approved manufacturing plan
- 04Verify dimensions and agree delivery condition
Heat treatment.
Plate preparation.
| Furnace | RT3-1000-12 |
|---|---|
| Temperature / zones | 1100°C / 8 zones |
| Listed furnace pipe size | Up to DN2000; length up to 10.5 m |
| Laser cutting | FC-6020; 2–16 mm; up to 2000 × 6000 mm |
| Flame cutting | HY8000-40000; parameters per equipment schedule |
Heat-treatment cycles, cutting sequence and component fit require technical review. Furnace dimensions are separate from press limits.
Steel plate forming for heavy industrial components.
Thick plate bending requirements
For heavy plate bending services, provide the plate grade, thickness, developed length, bend radius and finished geometry. Large plate bending is reviewed against press capacity and required tolerances; the equipment schedule is not an unconditional guarantee for every grade or radius.
Applications & acceptance
- Heavy industrial equipment components
- Shell and curved plate fabrication
- Drawing-defined structural components
The company equipment schedule identifies the 18,000T forming press and supporting forming and cutting equipment. Specific product performance is reviewed per drawing.
Agree dimensional tolerances, material traceability, weld acceptance, inspection documentation and delivery requirements before production.
Technical review.
What information is needed for heavy plate bending?
Supply a dimensioned drawing, material grade, plate thickness, bend radius, length and quantity. Include tolerances and any restrictions on heating or surface condition.
Can every 150 mm plate be formed?
No. The equipment schedule lists up to 150 mm, but feasibility depends on grade, geometry, length and required diameter. Engineering must confirm your part.
Can cutting and heat treatment be included?
Jiaheng has cutting equipment and a heat-treatment furnace. The exact sequence and treatment cycle must be agreed against the component specification.
How are heavy plate bending services quoted?
The technical review uses material grade, thickness, length, bend radius, tolerances, quantity and delivery condition. Share your drawing and any permitted forming or heat-treatment methods so the team can define the steel plate forming scope.
Send Drawings or Specifications
Share material, dimensions, quantity and required delivery for manufacturing feasibility review.