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MANUFACTURING CAPABILITIES

Choose the Right HTV Silicone Manufacturing Route

SILCAP operates two in-house HTV silicone manufacturing routes: Compression Moulding for discrete moulded parts, and Silicone Extrusion for continuous profiles, sections, strips, cords and tubing. Compare the two routes below, or send a drawing or sample and we will review the appropriate route for your requirement.

Compare the Two Silicone Manufacturing Pathways

Review the two pathways below to understand whether your requirement involves a discrete moulded silicone component or a continuous silicone profile.

Discrete compression-moulded HTV silicone components
DISCRETE MOULDED COMPONENTS

HTV Silicone Compression Moulding

17 Compression Moulding Presses

Review HTV Silicone Compression Moulding for discrete moulded silicone components.

Representative outputs
Moulded gaskets Caps and plugs Custom moulded components
Continuous HTV silicone extrusion profiles
CONTINUOUS SILICONE PROFILES

HTV Silicone Extrusion

4 Silicone Extrusion Lines

Review HTV Silicone Extrusion for continuous silicone profiles.

Representative outputs
Silicone profiles Strips and cords Tubes

Compare the Process Pathways for Your Requirement

Consider these key project factors when reviewing HTV Silicone Compression Moulding and HTV Silicone Extrusion for your requirement during initial project review.

Project Factor HTV Silicone Compression Moulding HTV Silicone Extrusion
Component Form Discrete moulded component Continuous silicone profile
Geometry Overall part geometry Continuous cross-section
Available Project Information Drawing, dimensional information or physical sample Cross-section information, dimensions or physical sample
Application and Demand Context Sealing or assembly role and estimated demand Sealing or assembly role and estimated demand

Information for Initial Project Review

STEP 1

What You Provide

  • Drawing, cross-section information or physical sample
  • Product function and critical dimensions
  • Material, hardness, colour and operating context
  • Estimated quantity and documentation requirements
STEP 2

How SILCAP Reviews It

  • Relevant manufacturing pathway
  • Material expectations and operating context
  • Tooling or die requirements may be coordinated through qualified external partners after technical review
STEP 3

How the Project Scope Is Defined

  • Sampling and cut-length expectations, where applicable
  • Inspection points and sample approval
  • Packaging, labelling and available documentation
  • Commercial and delivery requirements

Frequently Asked Questions

Which manufacturing process is suitable for my silicone part?

Compression moulding is the pathway to review for a discrete moulded silicone component. Extrusion is the pathway to review for a continuous silicone profile. SILCAP reviews the submitted project information before identifying the appropriate next step.

Can a project include both moulded parts and extruded profiles?

A project may include both moulded components and extruded profiles. Each requirement is reviewed according to the available drawings, dimensions, samples and application context.

How is tooling coordinated for custom projects?

Tooling or die requirements may be coordinated through qualified external partners after technical review.

Can SILCAP guarantee a standard tolerance for every product?

No single tolerance can be guaranteed for every silicone product. Dimensional requirements are reviewed according to the submitted geometry, material expectations, manufacturing pathway and project scope.

What information should I send for a technical review?

Submit an available drawing, dimensional information, cross-section information, or a physical sample together with application context and estimated quantity.

Submit Your Requirement for Project Review

Submit a drawing, dimensional information, cross-section information, or a physical sample together with application context and estimated quantity. SILCAP will review the submitted information and assess which manufacturing pathway should be considered next.