Metal Components for Industrial Equipment
Balford manufactures stamped and deep-drawn components for industrial equipment — valve housings, ferrules, anti-vibration bushings, brackets, lock plates and shims in steel, stainless, spring steel and aluminum. Production follows ISO 9001:2015 with IATF 16949-aligned quality controls on a 12,000 m² facility with 500+ machines.
What We Manufacture
Valve & Flow-Control Parts
Deep-drawn and stamped housings, ferrules and sleeves for hydraulic and pneumatic assemblies.
Anti-Vibration Bushings & Rings
Stamped metal bushings and rings for rubber-bonded collars in industrial mounts.
Brackets, Lock Plates & Shims
Structural brackets, nut lock plates and hardened adjusting shims for machinery.
Mounting Plates & Enclosures
Flat stamped plates and drawn enclosures for control and monitoring equipment.
Why Balford for Industrial Equipment Components
- Built for repeated mechanical load. Housings, brackets, ferrules and bushings are stamped and drawn so that fatigue-relevant geometry, radii and edges stay consistent batch to batch.
- Material range for the machine builder. Carbon steel for strength, stainless steel for corrosion, spring steel for shims and fasteners, aluminum for weight — with certificates on request.
- ISO 9001:2015 with IATF 16949-aligned quality management, with PPAP-aligned documentation, FAI reports and material certifications available on request.
- Prototype to production in one shop. We tool prototypes quickly, then move to production tooling sized for your annual volume — brackets, ferrules and housings included.
Featured Case Studies
Selected industrial equipment projects from Balford’s production history. Material, process and application data come from each case record.
Manufacturing Capabilities by Part Type
| Part Type | Typical Process Route | Key Requirements |
|---|---|---|
| Valve housings & ferrules | Deep drawing / stamping → plating | Bore consistency, crimp geometry, corrosion protection |
| Anti-vibration bushings / rings | Stamping, forming | Flat flange, tight radii, ID/OD control |
| Brackets & lock plates | Stamping, bending (wire-cut dies) | Burr-free edges, consistent geometry, strength |
| Hardened shims | Blanking → heat treatment → plating | Hardness, flatness, thickness tolerance |
| Mounting plates & enclosures | Blanking, stamping, forming | Flatness, no post-stamp deformation |
Press range 25 t to 350 t; heat treatment and plating coordinated with qualified partners; inspection reports available per lot.
Engineering & Quality Considerations
- Consistent crimping and seating geometry on ferrules and collars is controlled in the tool, so field assembly behaves the same from lot to lot.
- Fatigue-critical corners on brackets and lock plates are reviewed during DFM so bend radii and edge conditions match the load case.
- Surface protection: zinc, zinc-nickel and blackening are coordinated for industrial environments; coating thickness is verified on request.
- Machinery spares and low-volume parts can be produced from drawing or sample with documented inspection, including hardened shims and specialty blanks.
Frequently Asked Questions
Stamped and deep-drawn valve housings and ferrules, anti-vibration bushings and rings, brackets, lock plates, shims, mounting plates and drawn enclosures — in carbon steel, stainless steel, spring steel and aluminum.
Yes. Prototype tooling validates the part quickly; production then runs on progressive or dedicated tooling sized for the annual volume, with in-process inspection at defined intervals.
Yes. We can reverse-engineer a simple stamped part from a sample and confirm the drawing with you before tooling.
Zinc plating, zinc-nickel, blackening and passivation are coordinated with qualified partners; hardened and plated shims are produced with the heat-treatment route documented.
ISO 9001:2015 quality management with IATF 16949-aligned controls. FAI reports, material certificates and PPAP-aligned documentation are available on request.
Have a Drawing, Sample or 3D Model?
Send us your 2D drawing, sample or STEP/IGES model. We will review material, tolerances, forming requirements and production volume before quoting.