Specialized and intelligent polymer materials offer outstanding mechanical characteristics such as rigidity, durability, tensile strength, and reduced deformation, making them well-suited for engineering procedures. These polymers are particularly advantageous for structural applications such as gears, automotive components, protective casings for electronic devices, and high-strength composite materials. To explore these possibilities, delve into our range of thermosets, thermoplastics, and 3D printing filaments.

THERMOSETTING POLYMERS

Our selection of thermosetting polymers, also known as thermosets, can be permanently solidified through curing and molding, resulting in their final shape. We present a variety of options for these applications:

Amide aromatic resins

Bisphenol A polymers and epoxy prepolymer resins

Formaldehyde copolymers and epoxy compounds

Photo-curable resins

THERMOPLASTIC POLYMERS

Thermoplastic polymers exhibit distinct attributes, including their ability to be reshaped at elevated temperatures, thanks to their thermal processability. They are commonly employed in injection molding and extrusion processes. Additionally, thermoplastic polymers play a role in reinforcing anisotropic composite materials that function as artificial muscles or actuators, capable of reversible contraction, expansion, or rotation in response to external stimuli. Examples encompass:

Polyurethanes and precursor materials for urethane

Waxes and oils

Poly(phenylene oxide) thermoplastic resins

Polysulfones

3D PRINTING POLYMER FILAMENTS

Our comprehensive range of 3D printing polymer filaments is designed to cater to your additive manufacturing needs. Tailored for various 3D printing technologies, our polymers facilitate swift printing, reduce nozzle blockage, and minimize warping, facilitating rapid design, prototyping, and production of your final products.