Our Manufacturing Core
We work with wire diameters ranging from .010″ to .625″, available in round, square, and rectangular wire or strip profiles. We specialize in engineering solutions tailored to your exact application requirements, space constraints, and environmental factors.Precision Spring Offerings
| Spring Type | Core Function & Features | Common Configurations / End Types |
|---|---|---|
| Compression Springs | Helical springs designed to resist linear compressive forces and store energy. | Plain, Plain & Ground, Squared, Squared & Ground ends. |
| Extension Springs | Helical springs designed to absorb/store energy by resisting pulling forces; feature precise initial tension. | Machine loops, Cross-Over loops, Side loops, Threaded inserts, Hooks, Rectangular ends. |
| Torsion Springs | Helical springs designed to exert torque or rotational force around an axis; experience inner diameter reduction under deflection. | Straight, Bent, Hooked, or specially formed legs; Left-hand or Right-hand wind direction. |
| Die Springs | Robust, heavy-duty compression springs wound from rectangular wire to provide maximum load capacity in limited spaces. | Light, Medium, Heavy, and Extra Heavy load ratings (Standardized ISO/Raymond color-coding). |
| Flat Springs | Stamped or formed flat-stock components engineered for high-performance durability, electrical conductivity, or tight space constraints. | Precision clips, clamps, brackets, and electrical contacts. |
| Other Custom Profiles | Specialized geometries built to unique mechanical designs. | Coil springs, Conical springs, Helical springs, and Custom wire forms. |
Material Mastery
Choosing the right material is critical to a spring’s function, fatigue life, and environmental resilience. Tricor processes a vast spectrum of standard wires and high-performance alloys to withstand extreme temperatures, dynamic loads, and corrosive environments.Standard Spring Wires
- Music Wire (ASTM A228): High tensile strength and excellent elasticity for general-purpose applications.
- Hard Drawn Wire (ASTM A227): Cost-effective option for reliable, less demanding applications.
- Oil Tempered Wire (ASTM A229): Enhanced fatigue resistance and strength for high-stress, dynamic applications.
- Chrome Silicon: Exceptional tensile strength; engineered to withstand extreme shock loads and high operating temperatures (ideal for Die Springs).
Stainless Steels & Non-Ferrous Metals
- Stainless Steel (ASTM A313 / T-301, 302, 304, 316): Superior corrosion resistance. Grade 316 provides enhanced protection against chlorides.
- 17-7PH Stainless Steel: Precipitation-hardened for an exceptional combination of high strength, hardness, and corrosion resistance.
- Non-Ferrous Materials: Beryllium copper, brass, and phosphorus bronze for high electrical/thermal conductivity and non-magnetic applications.
High-Performance & Superalloys
- Inconel X-750 & Inconel 718®: Nickel-based superalloys offering extreme resistance to corrosion and high temperatures (common in chemical processing and aerospace).
- Elgiloy®: A nickel-chromium-cobalt alloy celebrated for high stress-rupture strength and creep resistance at elevated temperatures.
- Titanium: Superior strength-to-weight ratio and exceptional corrosion resistance for marine and medical environments.
The Tricor Advantage: From Prototype to Production
We don’t just manufacture components; we act as your dedicated technical partner. Our advanced design software and engineering support ensure that your job is precisely quoted, flawlessly executed, and optimized for performance.
- Rapid Prototyping: Accelerate your R&D and design validation. We transform digital models into tangible components so you can test and iterate with unmatched speed.
- Scalable Manufacturing: Our state-of-the-art facilities handle short, medium, and high-volume long production runs without sacrificing cost-effectiveness.
- Emergency Fulfillments: When a project timeline tightens, our agile production network can fulfill emergency orders to minimize your operational downtime.
- Military Standard (MS) Inventory: In addition to custom manufacturing, we maintain a comprehensive inventory of standard stock compression and extension Military Standard Springs.
How to Specify Your Component (For First-Time Buyers)
To help our engineering team deliver the perfect component for your application, consider the following specifications when requesting a quote:Specification Checklist
- Dimensional Constraints: Envelope size, space limits, hole/pocket diameter, or rod/guide shaft diameter.
- Force Requirements: Load/deflection range, torque, angular deflection, or specific initial tension.
- Operating Environment: Peak operating temperatures, exposure to chemicals/moisture, and magnetic limitations.
- Cycle Life: Estimated frequency of operation (static vs. dynamic/high-fatigue applications).
- Interface Connections: Preferred end configurations (e.g., ground ends, specific loop styles, or leg geometries) for stable installation.