Hongju Blog

Neoprene was introduced as a cheaper alternative to the rising rubber demand during the second world war. Today, it is one of the industry’s most widely produced and used synthetic rubber.

Nitrile is probably the most used synthetic rubber to manufacture seals and O-rings. Most mechanical devices use nitrile O-rings thanks to the incredible mechanical properties of the rubber. Today, we will define nitrile and discuss its uses, benefits, and drawbacks!

You will find tons of information about elastomers and what they are. However, today, we are here to talk about TPE (Thermoplastic Elastomer), which comes in various forms. This definitive guide will help you understand TPE’s essential properties and benefits. On top of it, we will also shed some light on the different types/grades of TPE in the market. Let’s get right into it!

Rubber has come far from being naturally used to artificially produced. Today, all rubber products come from a natural or synthetic source. This guide will discuss natural rubber and how it differentiates from synthetic rubber. Let’s begin!

The effects of temperature on rubber are quite the distinctive factor in applying synthetic or natural rubber. Temperature miscalculations and outdoor applications of soft rubber may lead to diverse and technical problems in the application in question.

A rotary shaft is a rod-shaped device, just like a linear shaft but rotates in a longitudinal axis to curb torsional forces. They tend to transmit a measure of force that causes an object to rotate about an axis (torque force). Hence angular acceleration with a seal, a rubber polymer that prevents air or dust from going through the shaft to the oil or inside devices.

Both Viton® and Aflas® are rubbers. More specifically, they are o-rings. Although Aflas® and Viton® have different properties for different uses, they have uses and applications in various industries.

Usually, the manufacturing process involves large-scale production of products. However, an error in the final product would result in a delayed turnaround time and a waste of resources. Fortunately, with rubber prototypes, you can create a model of the final product and make necessary adjustments before moving to large-scale production

Neoprene rubber is a versatile and widely used synthetic material with a range of applications across many different industries. Depending on the manufacturing process, the properties of neoprene can be slightly altered to meet the environment’s needs. It can be chemically manipulated to be fireproof, water-resistant, chemically resistant, and oil-resistant.

U-cup seals are versatile and can function either pneumatically or hydraulically, making them suitable for various high-pressure applications. As a result, this helps contribute to the production of the pressure necessary for both pneumatic and hydraulic systems.

You can go back ages to find the use of rubber products. However, rubber was vulnerable to extreme weather conditions. Hence, it used to become fragile when seasons changed. This moved generations to figure out a way to make rubber more robust and durable.

The versatility of thermoplastic elastomers (TPEs) makes them widely used in the rubber industry. TPEs have easy processing and elastic properties because the material is made by combining elastomers and thermoplastics.