News Release

CATEGORIES

Recent Post

How to Customize Silicone Products: A Step-by-Step Guide with FlowchartComplete Guide to Silicone Foam Tubes: Benefits, Applications, Customization & Market TrendsJE Silicone Awarded Shenzhen High-Tech Enterprise CertificationUnveiling the Superiority of Food-Grade Silicone Tubing: A 20+ Year Manufacturer Guide to Safety & PerformanceThin Wall Silicone Tubing VS. Traditional TubingShore Hardness | Definition, Characteristics, Applications, & Selection Guide

JE Silicone Awarded Shenzhen High-Tech Enterprise Certification

Mar 7, 2025JE SILICONE

JE Silicone Awarded Shenzhen High-Tech Enterprise Certification

Pioneering Excellence in Silicone Manufacturing and Technological Innovation

JE Silicone, a globally recognized leader in custom silicone product manufacturing and silicone mold design, is proud to announce its official recognition as a Shenzhen High-Tech Enterprise. This prestigious certification, issued by the Shenzhen Municipal Government, underscores the company’s unwavering commitment to technological innovation, R&D excellence, and sustainable growth in the silicone manufacturing industry. With over two decades of experience and 10,000+ successful custom silicone mold projects worldwide, this accolade solidifies JESilicone's position as a trailblazer in silicone-based solutions for industries ranging from healthcare to consumer electronics.

The Significance of the Shenzhen High-Tech Enterprise Certification

The Shenzhen High-Tech Enterprise certification is a highly competitive designation awarded to companies that demonstrate exceptional innovation capabilities, advanced technical infrastructure, and significant investments in research and development. To qualify, organizations must meet stringent criteria, including:

  • Proven R&D output (patents, proprietary technologies, or software copyrights).
  • A high ratio of R&D investment to revenue (above industry benchmarks).
  • A skilled technical workforce with expertise in cutting-edge processes.
  • Revenue growth driven by high-tech products or services.

For JESilicone, this certification validates its leadership in merging precision engineering with silicone material science to deliver tailored solutions for global clients. It also highlights the company’s alignment with Shenzhen’s vision as a global hub for technological advancement.

Driving Innovation in Silicone Manufacturing

Since its founding in 2007, JESilicone has prioritized innovation to address evolving market demands. The company’s state-of-the-art R&D center in Shenzhen employs over 200 engineers and material scientists dedicated to advancing silicone applications. Recent breakthroughs include:

  • Eco-friendly silicone formulations with reduced carbon footprints.
  • High-precision liquid injection molding (LIM) for complex geometries.
  • Medical-grade silicone solutions compliant with FDA and ISO 13485 standards.
  • AI-driven mold design software to accelerate prototyping by 40%.

“This certification is a testament to our team’s relentless pursuit of excellence,” said Andy Liu, CEO of JESilicone. “By integrating advanced technologies like automation and AI into our workflows, we empower clients to bring innovative silicone products to market faster and more cost-effectively.”

Global Impact: 10,000+ Custom Silicone Mold Projects Delivered

With a client portfolio spanning 30+ countries, JESilicone has engineered custom silicone solutions for industries such as:

  • Healthcare: Silicone seals for medical devices, wearable health monitors, and biocompatible implants.
  • Automotive: Heat-resistant gaskets, vibration-damping components, and EV battery insulation.
  • Consumer Electronics: Waterproof seals for smartphones, ergonomic wearables, and IoT device components.
  • Homeware: Food-grade silicone kitchenware, baby products, and anti-slip accessories.

The company’s vertical integration model—combining in-house design, prototyping, and mass production—ensures stringent quality control and scalability. Clients benefit from 15% faster lead times and 20% cost savings compared to traditional manufacturers.