Complex Custom Wire Forms
Stalder Spring is a primary supplier of complex custom wire forms. We use trusted methods to form wire into various shapes. We can produce these custom industrial wire forms from any of the following:
- Flattened Round Wire
- Rectangular Material
- Rolled Round Wire
- Shaped Material
- Tempered Wire
Customer Service First
2–4 Week Turnaround Time
No Job Size Too Big or Too Small
Material Types
At Stalder Spring, we often think unconventionally to provide our customers with complex custom wire forms that other companies may not be able to produce. In the past, we have even built our own machines for particularly tricky jobs. We aren't a job shop or stock spring manufacturer, but a company who is committed to forming long term working relationships with our clients. Once we have worked with a company, we keep their custom industrial wire forms and springs in stock so that we can offer shorter turnaround times on future orders. Our world-class technicians and machines have the capacity to work with almost any material, but most commonly we fabricate:
- Hard Drawn Springs Wire, ASTM A227 Class 1 and Class 11
- Music Spring Wire, ASTM A228
- Oil Tempered Spring Wire, ASTM A229 Class 1 and Class 11
- Chrome Silicon Spring Wire, ASTM A401
- Chrome Vanadium Spring Wire, ASTM A231
- Stainless Steel, Type 302 and 304
- NiChrome 60
- Hot Rolled Rounds A-36 Merchant Quality
- C1018 Cold Rolled Rounds
- Bright Basic Wire
Finishes & Applications
Stalder Spring also offers an array of finishing services. To do this efficiently, we work with third party vendors who we have developed relationships with over the years. The finishing services we frequently provide include:
- Powder Coating
- Zinc Plating
- Folsom Oil
- High Corrosion Resistant Coatings
- Mechanical Zinc Plating
- Black Oxide
Industries & Applications
Complex wire forms are extremely prevalent in our modern industrial age. They offer a cost-effective, high-quality solution across many industries, including: agriculture, manufacturing, construction, petrochemical, sports and recreation and many others. Commonly, they are used for applications such as:
Planers
Hay Balers
Combines
Forklifts
Semis
Dishwasher Baskets
Yard Stakes
Burial Vault Handles
Pressure Gauges
Design Features Commonly Found in Complex Wire Forms
Complex custom wire forms are often developed for applications that require more than a simple bent wire component. These designs can incorporate multiple functional features within a single part, allowing engineers to address assembly, positioning, retention, and movement requirements without introducing additional hardware.
Depending on the application, complex wire forms may include:
- Multi-plane bends
- Formed loops
- Offset geometries
- Custom radii
- Interlocking features
- Alignment tabs
- Retention mechanisms
- Load-bearing support sections
By combining multiple functions into one component, wire forms can help simplify assembly processes while supporting consistent performance in demanding operating environments.
Space-Constrained Mechanical Designs
Many custom wire forms are developed for assemblies where installation space is limited. Wire forming allows engineers to create three-dimensional shapes that follow specific paths through an assembly while performing structural or mechanical functions.
Rather than relying on larger fabricated components, complex wire forms can be designed to fit around neighboring parts, navigate confined spaces, and support specific movement requirements. This flexibility makes them useful in applications where efficient use of available space is a design priority.
Load Distribution and Component Retention
Wire form shaping plays an important role in how loads are transferred and managed within an assembly. Certain designs are developed to secure components in position, prevent unwanted movement, maintain alignment, or distribute forces across multiple contact points.
The configuration of bends, loops, offsets, and engagement points can significantly influence how a wire form performs under load. Careful consideration of these factors helps ensure the finished component supports the intended mechanical function while maintaining long-term reliability.
Frequently Asked Questions
What Makes a Wire Form Complex?
A complex wire form typically incorporates multiple bends, planes, offsets, loops, or specialized features that require advanced forming techniques beyond simple two-dimensional shapes.
Can Complex Wire Forms Replace Multiple Components?
In certain applications, a custom wire form can perform several functions within a single part, helping reduce component count and simplify assembly.
What Factors Affect the Performance of a Complex Wire Form?
Material characteristics, bend configuration, dimensional tolerances, load requirements, operating environment, and assembly interaction all contribute to wire form performance.
ISO Certified
Stalder Spring has the capacity to manufacture a wide variety of sizes ranging from .020" to .312" on regular materials and .035 to .750 on low carbon steel. Please contact us today to find out more.