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ZSJH
Our structures are manufactured as complete assemblies or transportable modules, allowing customers to reduce on-site fabrication work and improve installation efficiency. Every frame can be customized according to equipment layouts, operating loads, access requirements and project dimensions.
We manufacture both simple welded frames and complex structural systems incorporating platforms, stairs, handrails, ladders, grating, trusses, connection plates and equipment-mounting points.
Precision-fabricated structures designed to support pumps, tanks, mixers, conveyors, production machinery and processing equipment.
Preassembled platforms supplied with flooring, guardrails, stairs and access openings for inspection, operation and maintenance.
Multi-level stainless steel structures used to organize equipment, pipelines and maintenance areas in food, pharmaceutical and chemical plants.
Industrial stairs, ladders, landings, catwalks and maintenance platforms designed around the customer’s operating requirements.
Large structures can be separated into transportable modules for container loading and fast connection at the project site.
Structures made from suitable stainless steel grades for coastal facilities, ports, water-treatment plants and high-humidity environments.
Components are cut, drilled, welded and inspected before shipment. Bolt holes and connection points are checked to simplify site assembly.
The structure can be coordinated with equipment dimensions, maintenance clearances, pipe routes, access openings and installation sequences.
Stainless steel is processed using appropriate tools, work areas and handling procedures to minimize contamination from carbon steel.
Structural modules can be designed according to container dimensions, lifting capacity and site-access conditions.
Customers can select industrial mill finish, brushed finish, pickling and passivation, polishing or bead blasting.
Material certificates, inspection records, component lists, packing lists and assembly drawings can be supplied as required.
| Specification | Options |
|---|---|
| Product Type | Frame, platform, catwalk, tower, staircase, support structure or modular system |
| Material | 304, 304L, 316, 316L, 2205 or specified stainless steel |
| Main Members | Tubes, hollow sections, channels, angles, beams and fabricated sections |
| Plate Thickness | Customized according to structural design |
| Overall Dimensions | Manufactured according to approved drawings |
| Assembly Type | Factory-welded, site-bolted or combined |
| Welding | TIG, MIG or specified welding process |
| Flooring | Grating, perforated plate or checker plate |
| Surface Treatment | Pickling, passivation, brushing, polishing or bead blasting |
| Inspection | Dimensional, visual, welding, surface and optional NDT inspection |
| Production Quantity | Prototype, small batch or project-based production |
| Packaging | Export bundle, protective frame, wooden case or customized packaging |
| Delivery Form | Complete assembly, subassembly or containerized modules |
Used for production equipment supports, hygienic platforms, conveyor frames and maintenance-access structures.
Suitable for processing areas, clean workshops, equipment rooms and facilities requiring easy-to-clean structural surfaces.
Applied to wet-area platforms, walkways, stairs, screens, pumps and equipment-support structures.
Different stainless steel grades can be selected according to chemical exposure, humidity and operating temperature.
Suitable for coastal equipment platforms, access frames and structures exposed to salt-containing environments.
Used for filling lines, mixing equipment, tanks, pipe systems and elevated maintenance platforms.
Stainless steel frames can also be used for entrance structures, canopies and exposed structural features.
Material grades and certificates are checked before production. Components can be marked to maintain traceability.
CNC equipment is used for cutting, drilling and machining to improve dimensional consistency.
Fixtures and positioning tools are used to control component alignment, squareness and interface dimensions.
Welding sequences, clamping methods and heat-input control are selected to reduce welding deformation.
Heat tint and fabrication contamination can be removed through grinding, pickling and passivation.
Overall dimensions, hole positions, mounting interfaces, welds and removable connections are inspected before packing.
Receive drawings and project specifications
Review material, dimensions and operating conditions
Confirm quotation and production scope
Prepare or approve fabrication drawings
Purchase and inspect stainless steel materials
Cut, form, drill and machine components
Assemble and weld structural modules
Complete surface finishing
Inspect dimensions and connections
Conduct trial assembly when required
Apply component identification
Pack and load for international shipment
Direct stainless steel fabrication supply
Custom production from customer drawings
Support for prototypes and project orders
Experience with welded structural assemblies
Modular fabrication for international transportation
Strict dimensional and surface inspection
Material traceability and inspection reports
Export packaging and loading support
Installation drawings and component markings
Ongoing technical assistance
Yes. A sketch, equipment layout or preliminary drawing can be reviewed first. Detailed fabrication drawings must be confirmed before production begins.
Small structures can be delivered as complete assemblies. Larger structures are usually divided into suitable modules according to transportation and site-lifting conditions.
Module size is determined by container dimensions, road-transport restrictions, lifting capacity, installation access and structural connection requirements.
Yes. Prototype fabrication can be discussed for repeat products or projects that require verification before full production.
We use production drawings, positioning fixtures and measuring equipment to inspect overall dimensions, diagonals, hole positions and equipment interfaces.
