Showcasing Si-TPV 3510-65A’s soft-touch comfort, anti-slip grip, and durable performance for wearable devices, consumer electronics, and sports applications.

Rising Demand for Human-Centered Materials in Wearable Technology

The evolution of smart devices is shifting from pure functional innovation toward human-centered design experiences. Consumers increasingly expect wearable devices, portable electronics, and sports equipment to deliver not only advanced functions but also superior comfort, premium aesthetics, and long-lasting durability.

According to IDC’s Worldwide Wearable Device Tracker, global wearable device shipments reached 145.7 million units in Q1 2026, representing year-over-year growth, with hearables maintaining strong demand while smart glasses and smart rings continued emerging as important growth categories.(Source from IDC Wearable Devices Market Insights)

At the same time, wearable technology development is facing new material challenges. Recent research highlights that next-generation flexible wearable electronics require materials that can balance softness, durability, flexibility, skin comfort, and long-term reliability.(Source from Emerging thermal management strategies for flexible wearable device - ScienceDirect)

Traditional elastomers such as conventional TPU, TPE, and silicone rubber often involve trade-offs:

TPU provides strength and abrasion resistance but may lack premium soft-touch performance.
Traditional TPE materials can experience surface aging, stickiness, or reduced tactile quality over time.
Silicone offers excellent softness but presents challenges in processing efficiency and recycling compatibility.

To address these challenges, SILIKE introduces Si-TPV 3510-65A Thermoplastic Silicone-Based Elastomer, a high-performance material designed to combine silicone-like comfort with thermoplastic processing advantages.

What Is Si-TPV 3510-65A?

Si-TPV 3510-65A is a dynamic vulcanized thermoplastic silicone-based elastomer (TPV silicone elastomer) developed through advanced compatibility technology.

Its unique sea-island microstructure integrates:

A thermoplastic TPU continuous phase for mechanical strength and processing flexibility;
Cross-linked silicone rubber particles dispersed as the soft phase for enhanced tactile properties and surface performance.

This innovative structure enables Si-TPV 3510-65A to deliver:

Premium soft-touch feel;
Skin-friendly comfort;
Excellent dry and wet grip performance;
High abrasion resistance;
Long-term surface stability;
Thermoplastic processing capability.

Unlike silicone rubber, Si-TPV can be processed using conventional thermoplastic manufacturing methods, including injection molding and overmolding, helping manufacturers simplify production while achieving advanced material performance.

Solving Key Material Challenges in Wearable Devices and Consumer Electronics

1. Premium Soft Touch Material for Enhanced User Experience

2. Anti-Slip Grip Material for Sports and Ergonomic Applications

3. Long-Term Surface Stability Without Plasticizers or Softening Oils

1. Premium Soft Touch Material for Enhanced User Experience

Modern consumers interact with devices through direct skin contact every day. Smartwatch straps, fitness trackers, earbuds, and handheld devices require materials that feel comfortable during extended use.

Si-TPV 3510-65A provides:

Silky smooth surface texture;
Soft and comfortable touch;
Skin-friendly wearing experience;
Stable tactile performance after long-term use.

Compared with coated soft-touch solutions, Si-TPV 3510-65A achieves its soft feel through material structure rather than surface coating, helping reduce concerns related to coating wear, peeling, or tactile degradation.

2. Anti-Slip Grip Material for Sports and Ergonomic Applications

Grip performance is critical in sports equipment and ergonomic products.

Applications such as:

Golf grips;
Tennis racket handles;
Bicycle handlebar grips;
Fitness equipment handles;
Outdoor tools;

require materials that provide reliable control under dry and humid conditions.

Si-TPV 3510-65A offers:

Excellent friction performance;
Comfortable gripping force;
Sweat-resistant surface characteristics;
Durable wear resistance.

Its silicone-enhanced surface provides a balanced combination of softness and grip, helping improve handling confidence without creating an overly sticky feeling.

3. Long-Term Surface Stability Without Plasticizers or Softening Oils

Many traditional soft elastomers rely on plasticizers or oils to achieve flexibility. However, these additives may migrate over time, causing:

Surface stickiness;
Reduced appearance quality;
Material aging;
Contamination issues.

Si-TPV 3510-65A is designed as a plasticizer-free silicone-based elastomer, providing:

Low migration performance;
Stable surface feel;
Reduced risk of oily residue;
Long-lasting premium appearance.

This makes it suitable for products requiring prolonged skin contact and frequent handling.

Supporting Sustainable and Durable Product Design Trends

Material durability has become increasingly important as industries move toward longer product lifecycles.

The European Commission’s Joint Research Centre has highlighted growing concerns around electronic waste and the importance of improving product lifespan, repairability, and resource efficiency.(Source from Why repairability matters for the future of tech products - Joint Research Centre)

For manufacturers, selecting durable soft-touch materials can help:

Extend product service life;
Maintain premium user experience;
Reduce premature material replacement;
Support more sustainable product development strategies.

Si-TPV 3510-65A provides a material pathway for brands seeking a balance between performance, aesthetics, processing efficiency, and durability.

A visual showcase of Si-TPV 3510-65A applications in wearable devices, consumer electronics, and sports equipment with soft-touch comfort and durable performance.

Typical Applications of Si-TPV 3510-65A

Si-TPV 3510-65A is designed for a wide range of applications where premium aesthetics, soft-touch comfort, grip performance, and long-term durability are required. In wearable device materials, it is suitable for products such as smartwatch bands, fitness tracker straps, smart ring accessories, and wearable healthcare devices. Its skin-friendly soft touch, sweat-resistant surface, long-term wearing comfort, and premium appearance help enhance the user experience for daily wearable products.

For consumer electronics soft-touch components, Si-TPV 3510-65A can be applied to earbud cases, protective covers, portable electronic accessories, and human-machine interface components. The material provides a smooth and comfortable touch experience while offering anti-scratch performance, reliable handling, and durable surface aesthetics, helping electronic products achieve a more refined and high-quality feel.

In sports and outdoor equipment, Si-TPV 3510-65A is an ideal material solution for golf grips, racket handles, bicycle grips, and fitness equipment. With excellent anti-slip performance, improved grip control, abrasion resistance, and weather-resistant durability, it helps create safer, more comfortable, and longer-lasting sports products even under demanding usage conditions.

Enabling the Future of Soft-Touch Material Innovation

As wearable technology, consumer electronics, and ergonomic products continue evolving toward more personalized and human-centered experiences, material selection has become a key factor in product differentiation.

With its unique silicone-based thermoplastic elastomer structure, Si-TPV 3510-65A provides manufacturers with a versatile solution combining premium aesthetics, soft-touch comfort, anti-slip performance, and long-lasting durability.

From wearable device materials to sports grip applications, Si-TPV 3510-65A helps create products that users not only rely on—but also enjoy interacting with.

Discover how Si-TPV 3510-65A can enhance your next-generation soft-touch product design. Contact SILIKE today.