inner-wire-core-selection-guide
|
Detailed Product Description
How to Select the Right Inner Wire Core for Mechanical Control CablesChoosing the correct strand configuration for your inner wire core is critical for ensuring optimal cable performance, durability, and user experience. At Phidix, we help engineers, designers, and OEMs align cable core structures with specific mechanical, spatial, and environmental demands. This guide will walk you through the pros, cons, and ideal uses for each major construction type. Strand Configuration Comparison Table
Factors to Consider When Selecting Core Type1. Routing Complexity • Tight bends or curves → prefer 7x19 or 7x7 • Straight, fixed paths → 1x7 or solid core 2. Motion Type • Pure push or pull → solid core or 1x19 • Repetitive flexing → 7x19 preferred 3. Force Transfer Priority • Higher compressive stiffness → solid or 1x7 • Balanced tension + flex → 7x7 4. Environment • High corrosion risk → Choose SUS 316L options • Friction-sensitive systems → Use PTFE-coated 1x19 or 7x7 Application Scenarios & Structure Fit
Related Pages• Manufacturing Capabilities • Failure Modes & Preventive Design Ask Our ExpertsStill unsure which core structure is best for your use case? Share your system details with our engineers and we’ll provide a structure-matched recommendation—along with samples and drawings if needed. |
||||||||||||||||||||||||||||||||||||||||||
| Product Tags: Push Pull Cable Inner Wire Core Inner Wire Core Selection Guide |
Related Products
|
Black Push-Pull Cable Assembly with Durable Stainless Steel or Carbon Steel Material |
|
Bulkhead Mount Control Cable Assembly Marine Push Pull Cable Boat Steering Cable |
|
Flexibility Mechanical Control Cable Push Pull Control Cable Automotive Control Cable |
|
Gear Shifter Control Cable Universal Shift Cable Assembly |
|
Transmission Control Cable Gearshift Control Cable |
|
Push-Pull Control Cable Push Pull Heavy Duty Universal Control Cable Assembly |
Email to this supplier