Polyamides are commonly known as nylon. They are one of the most used engineering thermoplastics. Nylon is extensively used for wire coatings and other electrical components. Glass filled nylon is the preferred choice when you need a tougher material, as it makes the nylon considerably stronger.

The addition of glass powder or fibers to nylon resin creates this engineering grade resin. Glass is added to polyamides to increase their mechanical strength, rigidity, and hardness. It also makes them more resistant to creep, wear, chemical exposure, and high temperatures.

Glass filled nylon injection molding is a practical choice for creating durable molded parts that will encounter friction and wear. The main characteristics and benefits of molding with this material compared to general purpose nylon include:

Plastic Molded Concepts is a U.S based company that uniquely specializes in molding with engineered resins. We have been thriving in the plastic molding business for 45 years. We have the experience and certified in-house Master Molders, allowing us to take on projects of any complexity.

Scientific plastic molding design, material processing, and process control are advancing. Glass filled nylon injection molding can create molded parts that replace metal parts. This is beneficial for applications that require a reduction in weight or noise.

Plastic Molded Concepts has expertise in molding with many different engineering-grade resins, including glass filled nylon.

Injection molding is a manufacturing process that involves injecting material into a mold to produce parts. It offers advantages like fast production of large quantities, design flexibility to create complex shapes, and high output with low labor costs. While it generates little waste and offers limitless design options, injection molding also has disadvantages such as the high costs of machines, tight scheduling needs, certain design limitations, and potential unexpected costs.Read less

We provide a comprehensive range of plastic molding services including mold design assistance, modeling, prototyping, manufacturing, and testing.

These qualities make glass-reinforced polyamides superior to general purpose polyamides. The engineered resin has advantageous mechanical properties. It is suitable for injection molded parts that need to endure high static loads over long periods in high temperature environments.

Since the glass filled material is nonconductive, it is ideal for applications within the automotive and electrical industries. It is also a practical choice for manufacturing parts that handle electrical currents.