Having spent over a decade in the TPE (thermoplastic elastomer) industry, I’ve come to appreciate the importance of getting every detail right in production. TPE’s flexibility, durability, and ease of processing make it a go-to material for products like plugs, seals, and medical devices. However, one common challenge in processing TPE, especially when the formulation […]

As someone who’s been knee-deep in the world of TPE (thermoplastic elastomer) manufacturing for over a decade, I’ve tackled my fair share of production headaches. One issue that keeps popping up, especially for products like plug covers, grips, or soft-touch components, is surface scratches. These unsightly marks can ruin the look of a product, frustrate

Having spent over a decade in the TPE (thermoplastic elastomer) industry, I’ve seen my fair share of challenges in injection molding, and flow marks are among the most frustrating. These surface imperfections, appearing as wavy or streaky patterns, not only compromise the aesthetics of your product but can also lead to customer complaints or even

As someone who’s been deeply involved in the TPE (thermoplastic elastomer) material industry for years, I understand the critical role TPE plays in plug manufacturing. Its flexibility, durability, and ease of processing make it an ideal choice for plug outer coatings. However, many folks encounter a common issue during production: the stickiness of TPE material

In TPE (Thermoplastic Elastomer) injection molding, the processing of the gate (also known as the sprue) directly impacts the product’s appearance, performance, and production efficiency. Many practitioners encounter issues such as burrs, gate residue, color differences, or insufficient strength at the gate area. Improper handling not only affects aesthetics but may also lead to customer

As someone who’s spent years working with TPE (thermoplastic elastomer) in the injection molding industry, I’ve seen this versatile material used in everything from soft phone cases to durable medical grips. But one question that comes up, especially from curious engineers, safety professionals, and manufacturers, is: What happens when TPE burns? It’s a valid concern—whether

As someone who’s been immersed in the world of injection molding and thermoplastics for years, I’ve had countless conversations about TPE (thermoplastic elastomer)—its versatility, its quirks, and, most importantly, how to get it just right for a specific application. One question that pops up repeatedly, especially from manufacturers, designers, and even curious hobbyists, is: How

I’ve been working in the injection molding industry for over a decade, and TPE (thermoplastic elastomer) has always been one of my favorite materials to work with—its soft, rubbery feel and versatility make it perfect for everything from phone cases to medical grips. But, like any material, it comes with its quirks. One of the

I’ve been in the injection molding game for over a decade, and if there’s one thing I’ve learned, it’s that TPE (thermoplastic elastomer) can be both a dream and a nightmare to work with. Its flexibility and soft-touch feel make it a go-to for products like grips, seals, and consumer goods, but when mottling—those pesky,

As someone who’s been in the injection molding industry for years, I know how frustrating air bubbles in TPE (thermoplastic elastomer) products can be. Not only do they ruin the appearance, but they can also weaken the product and raise concerns about quality. I’ve faced this issue myself, tried countless solutions, and learned from plenty