Curved Double-Hole Silicone Gasket Pad for Mounting Surfaces
Curved Double-Hole Silicone Gasket Pad for Mounting Surfaces. Custom custom industrial silicone component for OEM and industrial projects.
View product detailsCustom Silicone Massage Pad for Scalp and Personal Care Devices. For Electric scalp massagers. Custom custom industrial silicone component for OEM and...
Custom Silicone Massage Pad for Scalp and Personal Care Devices is a custom industrial silicone component developed for electric scalp massagers, shampoo massage brushes, and hair care devices. The configuration combines material: Silicone Rubber; hardness: 20–70 Shore A; processing: Silicone Compression Molding to address the functional requirements of the surrounding assembly.
A successful custom part depends on more than the outer shape. The sealing path, contact surfaces, wall sections, bonding areas and installation method all influence how the component performs in service. The points below summarize the component in an engineering-focused format for RFQ and supplier comparison.
| Product Name | Silicone Massage Pad / Silicone Massage Disc |
|---|---|
| Material | Silicone Rubber |
| Hardness | 20–70 Shore A |
| Color | Custom Pantone Colors |
| Surface Finish | Smooth / Matte / Textured |
| Design | Custom Massage Bumps |
| Size | Customized |
| Application | Scalp & Body Massage Devices |
| Processing | Silicone Compression Molding |
| Logo | Embossing / Printing Available |
| OEM/ODM | Supported |
Yes. We can develop customized silicone massage pads based on your drawings, samples, or device structure.
We can provide different silicone grades according to application requirements, including soft-touch and durable silicone materials.
Yes. The shape, height, density, and arrangement of massage bumps can all be customized.
For a new project, the final geometry and acceptance criteria should be matched to the mating part and operating conditions. Use the documented material, process and performance points on this page as the starting point for drawing review and quotation.
Send the material, dimensions, application environment and estimated quantity. Our team will review the project and identify the next engineering step.