Hongju Blog

Liquid silicone rubber (LSR) is revolutionizing the realm of advanced materials, boasting exceptional mechanical properties distinct from its counterpart, silicon rubber. With enhanced tensile strength and notable thermal resistance, LSR’s chemical structure makes it particularly suited for nanotech enhancements.

Whenever you search for the most flexible and effective manufacturing techniques, two methods always stand out in the crowd injection molding and 3D printing. These processes make the ultimate foundation of many industries such as automotive, healthcare, etc. Regardless of what manufacturing industry you belong to, it is quite important to compare both options you have.

If you’re in the manufacturing or healthcare sectors, you’ve probably faced the dilemma of “foam rubber vs. sponge rubber: what’s the difference?” It’s not a trivial question; choosing the right rubber material can significantly impact everything from thermal insulation to shock absorption.

Silicone fabric is an innovative material that combines the durability and resilience of silicones with the flexibility and versatility of fabric materials. Its unique properties make it suitable for various applications, from sportswear to medical devices.

When you hear the word “seal,” what comes to mind? You might think of a cute marine animal, a stamp of approval, or a way to close an envelope. Many sectors and purposes require a different kind of seal. Do you have any knowledge of it? We are talking about rubber bellows seal rings, the unsung heroes of sealing technology.

Performance and precision are crucial in the dynamic world of custom manufacturing. Your material selection holds the secret to success whether you’re creating complex medical devices, improving food processing machinery, or engineering aerospace components. Introducing the unsung hero: Silicone with a platinum cure. With its exceptional benefits, this adaptable material is revolutionizing manufacturing in a variety of industries.

Injection molding is the heart of manufacturing, transforming everyday materials like plastic into the products we use daily. Let’s take a closer look at the whole injection molding process, highlighting its significance. The injection molding machine, akin to a magical tool, plays a central role in this journey.

Healthcare is an industry that moves quickly, and innovation knows no bounds. The usage of medical device plastics is one of the most important developments in the medical industry. These adaptable materials have transformed medical device design and production, making them safer, more effective, and more widely available.

If you struggle to find all-rounder tech remedies, you will be amazed to find versatile products that are designed using conductive strips for all the good reasons that you could possibly think of. 

In the world of medical devices and equipment, the choice of materials is critical. Silicone and Thermoplastic Elastomers (TPE) are two widely used elastomers that

Antimicrobial plastics play a unique role in today’s society, where it is undeniable that hygiene and general well-being are of the utmost importance. These remarkable materials, by staunchly halting the proliferation of harmful microorganisms, have orchestrated nothing less than a paradigm shift across various sectors, most notably in the realms of healthcare and the art of preserving our sustenance through innovative food packaging solutions.

Precision is not just a desirable attribute, it’s a necessity in the highly competitive manufacturing industry. When it comes to the molding process, minor deviations can adversely impact the quality, functionality, and marketability of the final product. Are you wondering how to achieve precise injection molding tolerances consistently? The answer lies in optimizing injecting molding tolerance.