Industrial Components
Custom molded silicone parts made to drawings and specifications.
Develop seals, covers, grips, dampers and functional parts around drawings, physical samples and application conditions.
PRODUCT DIRECTIONS
Common starting points for custom development.
The examples below describe typical directions, not a fixed catalog. Dimensions, structure, material, color and branding can be developed around the project brief.
INDUSTRIAL PRODUCT OPTIONS
Functional silicone parts made around drawings, samples and use conditions.
Industrial components require careful review of fit, tolerance priorities, working environment and validation plan.
Gaskets, Seals & Rings
Parts developed around compression, fit, hardness, edge shape and contact conditions.
Caps, Plugs & Covers
Protective parts shaped around insertion force, grip, removal and repeated use.
Pads, Feet & Cushions
Support and anti-vibration items reviewed by load, surface contact and hardness.
Sleeves, Handles & Grips
Soft-touch parts for tools, devices or equipment with texture and assembly details.
Custom Molded Inserts
Parts designed to fit plastic, metal or mechanical interfaces in a larger product.
Heat & Surface Guards
Silicone covers and barriers reviewed around exposure, thickness and installation.
Functional Subcomponents
Small molded parts that must align with assembly, orientation and final inspection.
Drawing-Based Parts
Original industrial components developed from CAD files, samples or technical briefs.
INDUSTRIAL DEVELOPMENT NOTES
Functional parts need clear data around fit, environment and tolerance.
Industrial silicone components are evaluated from drawings, samples, application conditions and critical performance priorities.
Drawing & Dimensions
Provide 2D drawing, 3D file, physical sample or measured reference whenever available.
Fit & Interface
Confirm how the component seals, grips, cushions, protects, connects or fits with related parts.
Operating Environment
Review heat, chemicals, outdoor exposure, compression, vibration or repeated movement conditions.
Material & Hardness
Hardness, flexibility, compression behavior and color may affect function and manufacturing route.
Critical Tolerances
Identify which dimensions are functional and which appearance details are less critical.
Validation Plan
Define prototype quantity, fit check, functional test and approved sample standard before volume production.
COMMON CONFIRMATIONS
Technical details that reduce risk.
Industrial parts benefit from clear functional priorities before mold development.
Can CHANVO work from an existing part?
Yes. A physical sample can be reviewed together with measurements and use conditions to prepare a development route.
What if only some dimensions are critical?
Identify the functional dimensions first. This helps focus tooling and inspection priorities on what matters most.
DEVELOPMENT PRIORITIES
Details that shape the right solution.
The best manufacturing route depends on the product application and the level of customization required.
- Drawing, dimensions and tolerance priorities
- Operating environment and performance needs
- Material, hardness and color requirements
- Prototype quantity and expected production volume
01Drawing, dimensions and tolerance priorities
02Operating environment and performance needs
03Material, hardness and color requirements
04Prototype quantity and expected production volume
HOW THE PROJECT MOVES
From initial reference to production-ready product.
A clear approval sequence helps carry confirmed decisions into repeatable manufacturing.
Review
Evaluate the application, references, target market and commercial goals.
Develop
Confirm product construction, material direction, color and tooling plan.
Validate
Review the prototype and approve the production reference.
Produce
Manufacture, inspect, package and prepare the order for delivery.
START A PROJECT
Develop a custom industrial components product.
Send your reference, intended use, dimensions and target quantity to begin the discussion.