Application Area

Custom Product Development

Based on your target process, surface structure, and performance criteria, we run an R&D-driven workflow that includes formulation adaptation, laboratory trials, and production-line optimization.

  • Application-specific formulation and additive selection
  • Trial and validation (testing) cycle for stable results
  • Adaptation to production based on process parameters

Use Cases in Custom Product Development

A clear definition of the target in the development process is decisive for performance, process compatibility, and production continuity.

Application-Specific Formulation

Formulation is adapted based on target adhesion, flexibility, durability, and appearance requirements.

Process & Line Compatibility

Viscosity, flow, and curing behavior are optimized according to your production line’s temperature/time window.

Testing & Validation

Performance is verified through sample and trial runs, and iterations are conducted to reach stable results.

Key Criteria in Custom Product Development

A successful development process is completed by clear performance targets and measurable validation of process compatibility.

Target Performance Definition

Adhesion, flexibility, durability, appearance, and the usage scenario are clarified, and the formulation direction is set accordingly.

Surface Compatibility & Adhesion

Based on the surface structure and surface energy, the appropriate system and additive combination is selected to reduce peeling risk.

Curing & Process Stability

Temperature, time, line speed, and layer control are optimized to ensure repeatable results and production continuity.

Testing & Scalability

Validation is performed through samples and trial production, then scaled to deliver the same performance in mass production.

How Do We Define the Right Silicone?

Even for the same target application, silicone behavior can vary depending on the surface type, process method, and production line parameters. For custom development, we clarify the direction with a few critical inputs.

Application & End-Use Requirements

The target performance set such as adhesion level, flexibility, durability, appearance, and the real usage scenario defines the formulation direction.

Surface Type & Compatibility

Material type and surface energy drive adhesion behavior, and may require different system or additive combinations.

Process & Curing Window

Your line’s temperature range, curing time, and production speed determine viscosity, flow control, and curing behavior requirements.

Validation & Scaling Plan

Target tests, sample plan, and success criteria are set early to reach stable results and scale reliably to mass production.

Frequently Asked Questions

We have compiled the most frequently asked technical topics about custom silicone formulation and R&D processes. For a more specific project, you can leave details via the contact form.

How does the custom product development process start?

The process starts by clarifying the target surface, usage scenario, process temperature, and performance expectations. Then the formulation direction is defined and the workflow moves to sample production.

How long does the sampling phase take?

It varies by scope. Basic formulation adaptations can be completed in a short time, while advanced performance targets may require iteration.

Can the product be adapted to our existing production line?

Yes. Viscosity, curing window, and flow behavior can be optimized according to your existing temperature and time parameters.

How is performance validated before mass production?

Adhesion, durability, and appearance criteria are tested through sample production and pilot trials. After stable results are achieved, the process moves to mass production.

Do different surfaces require different formulations?

Depending on surface energy and usage conditions, different additives or system choices may be required. The right combination is determined through testing.