Agricultural Machinery Components

Custom Agricultural Machinery Components and Welded Steel Assemblies for OEM Implements

 

 

We supply build-to-print agricultural machinery components and welded steel assemblies for agricultural equipment OEMs and implement manufacturers. Operating from an integrated production facility utilizing high-tonnage stamping presses, robotic MIG/TIG welding cells, and CNC machining centers, we convert engineering blueprints into durable, field-ready metal parts. Every component is produced strictly to OEM drawings, backed by complete material traceability and standardized mechanical testing.

 

 
 
What We Manufacture
 
 
 

Implement Chassis and Frame Assemblies

Structural weldments, hitch assemblies, drawbars, and main load-bearing frames for tillage and planting equipment.

 
 

Tillage and Soil-Engaging Weldments

Shank mounts, tool bars, cultivator brackets, and heavy-duty harrow components engineered to withstand high impact shock loads.

 
 

Harvester and Threshing Parts

Fan housings, concave support brackets, reel arms, and structural mounting plates for combine harvesters.

 
 

Sprayer and Utility Brackets

Boom mounting brackets, tank support cradles, linkage arms, and specialized chassis mounting hardware.

 

 

 
 
Product Types and Components
01.

Linkage Arms and Lift Brackets

Heavy steel plate brackets machined to exact pin-hole centers for tractor three-point hitches.

02.

Welded Reel and Rotor Assemblies

Dynamic balanced rotating weldments utilized in harvesting and crop processing systems.

03.

Stamped Steel Shields and Guards

Protective enclosures, belt guards, and heavy-gauge housings stamped and formed for safety compliance.

04.

Mounting Cleats and Flanges

Precision cut and formed interface plates welded onto structural tubing for implement attachment points.

 

Technical Specifications

 

Parameter

Specification

Sheet & Plate Thickness

Structural steel sheets and plates from 2–50 mm thickness

Dimensional Tolerances

Standard fabrication tolerances in accordance with ISO 13905; critical bearing and pin-hole bores CNC machined to ±0.05 mm

Welding Standards

Certified welding procedures complying with AWS D1.1 and ISO 3834-2; robotic and manual wire-feed welding processes

Load & Impact Resistance

Custom-engineered for continuous cyclic loading, torsional twisting, and heavy field shock loads encountered in agricultural operations

Secondary Machining

Integrated CNC milling, drilling, reaming, and tapping performed after welding to maintain precise alignment

 

Materials and Fabrication Options

 

Carbon and Structural Steels: ASTM A36, Q355B, Q355D, S275JR, and S355JR for general structural frames.

 

High-Strength and Wear-Resistant Steels: Hardox 450 and Hardox 500 wear plates and high-yield structural steels for soil-engaging or high-friction contact zones.

 

Alloy Steels: 20CrMnTi and 40Cr grades for components requiring case-hardening or heat treatment.

 

Surface Finishes and Corrosion Protection:

 

Powder Coating: Heavy-duty industrial powder coating over phosphate-pretreated surfaces, resistant to agricultural chemicals, UV exposure, and mechanical scratching.

 

Hot-Dip Galvanizing: Compliance with ASTM A123 and ISO 1461 for fertilizer spreaders and manure handling equipment.

 

Electro-Galvanizing and Zinc Plating: Clear or yellow chromate conversion coatings for small fasteners and brackets.

Combine Harvester Auger Assembly OEM Grain Auger Flighting Spiral Conveyor Agricultural Machinery Parts

 

 
Application and Working Environment

Soil-Engaging Tillage Equipment

Disc harrows, moldboard plows, field cultivators, and rotary tillers operating in abrasive mineral soils.

Harvesting Machinery

Combine harvesters, forage harvesters, and balers operating under high vibrational stress and dynamic loads.

Seeding and Fertilization Systems

Air seeders, grain drills, and fertilizer spreaders exposed to corrosive chemical fertilizers and moisture.

Tractor Attachments and Utility Implements

Front-end loaders, backhoes, mowers, and transport utility trailers.

 

Manufacturing and Quality Control

 

Raw Material Verification: Mill Test Reports verified against physical incoming sheet and plate inspections, including thickness and tensile verification.

 

Precision Blanking and Forming: CNC laser cutting, high-definition plasma cutting, and CNC press brake bending up to 500 tons for tight angular consistency.

 

Weld Quality Assurance: 100 percent visual inspection by certified welding inspectors, with optional Magnetic Particle Testing or Ultrasonic Testing for critical structural joints.

 

Dimensional Audit: CMM coordinate measuring machines and dedicated go/no-go gauges used to verify complex hole patterns and sub-assembly dimensions.

 

Surface Prep and Coating Audit: Cross-hatch adhesion testing, dry film thickness measurements, and salt spray corrosion resistance monitoring.

Combine Harvester Pickup Reel Assembly | OEM Reel Header Manufacturer

 

Customization and OEM Process
 

Drawing and DFM Review

Engineering evaluation of customer CAD models to optimize stamping drafts, bend radiuses, and welding access.

Prototype and Sample Fabrication

First-article inspection samples manufactured using production-intent tooling or laser/CNC prototyping methods.

Tooling and Fixture Build

In-house design and fabrication of dedicated welding fixtures and stamping dies to ensure repeatable batch production.

Batch Production and Documentation

Full-scale manufacturing accompanied by an inspection report package, Material Test Reports, and compliance certificates.

 

 
 
Packaging and Delivery
Combine Harvester Rasp Bar Assembly | Threshing Beater Bar Supplier

Protective Dunnage

Parts secured on heavy-duty wooden pallets or steel racks, separated with non-abrasive interleaving to prevent transit friction.

Combine Harvester Threshing Concave OEM Concave Grate Assembly Agricultural Machinery Parts

Rust Prevention

Application of water-displacing rust preventative oils or VCI packaging films for long-distance transport.

 

Combine Harvester Threshing Auger Cone | Feeder Drum Inlet Cone Supplier

Hardware Segregation

Small pins, bushings, and loose fittings packaged in heavy-duty labeled bags or reinforced cartons.

Combine Harvester Rasp Bar Assembly | Threshing Beater Bar Supplier

Logistics Management

Containerized maritime transport, air freight options, and flexible FOB, CIF, or DDP delivery terms.

 

 

FAQ

 

Q: What file formats do you accept for agricultural machinery component RFQs?

A: We accept 2D drawings in PDF, DWG, or DXF formats along with 3D models in STEP, IGES, or SolidWorks. Drawings must clearly indicate critical dimensions, material grades, surface finish requirements, and weld specifications.

Q: What welding standards do your fabrication lines follow?

A: Our manufacturing facilities follow AWS D1.1 and ISO 3834-2 welding standards. All welding operations are performed by certified technicians qualified under ASME Section IX or EN ISO 9606 standards.

Q: Can you handle abrasive wear-resistant materials like Hardox for soil-engaging parts?

A: Yes. We routinely process high-hardness and abrasion-resistant steels such as Hardox 450 and Hardox 500 for tillage points, scrapers, and wear plates subjected to abrasive soil conditions.

Q: How do you protect agricultural components against fertilizer and chemical corrosion?

A: We offer high-durability powder coating applied over iron or zinc phosphate conversion coatings, providing robust resistance against chemical fertilizers, pesticides, and moisture. Hot-dip galvanizing is also available for extreme exposure environments.

Q: What is your standard lead time for custom agricultural component samples and batch orders?

A: Prototyping and first-article samples typically require 15 to 25 days depending on tooling requirements. Standard production batch runs range from 30 to 45 days, confirmed formally upon drawing approval and order placement.

Q: Do you provide complete Material Test Reports with shipments?

A: Yes. Every shipment includes full material traceability documentation linking the physical batch to original steel mill certificates, verifying chemical composition and mechanical properties.

Q: How do you ensure dimensional consistency across large production batches?

A: We maintain consistency through dedicated robotic welding fixtures, laser-cut blanking tolerances, and strict in-process quality control checkpoints using CMM inspection and custom go/no-go gauges.

Q: How are heavy agricultural frames and brackets packaged for international ocean shipping?

A: Assemblies are securely bolted or strapped onto heavy-duty wooden pallets and ISPM 15 heat-treated export crates. Machined surfaces are coated with protective anti-rust agents, and fragile components are cushioned to prevent transit damage.

We're well-known as one of the leading agricultural welded parts manufacturers and suppliers in China. With a professional production team, we are able to meet the needs of the majority of our customers. Please rest assured to buy customized agricultural welded parts from our factory.