TECNOPLAST solutions are designed according to thorough studies of their tribological properties to minimize friction and wear, and find application in several different industries. TECNOPLAST’s engineering and research team are always up to date with the latest tribology studies in order to match every new challenge with better solutions.
Here’s a few of our products that fully exploit their tribological properties:
- TUBULAR MOTOR
Extremely silent and lightweight tubular motor. Dry contact, no external lubricant needed, long life, high temperature range.
- MISURATORE A GAS
Questo misuratore gode di un coefficiente di attrito così basso da permettere le rotazione della ventola anche con il minimo passaggio di gas.
- SELF-LUBRICATING COMPONENTS
TECNOPLAST makes self-lubricating, polymer based components (bushings,bearings, gears, wheels, rings, pinions, rotors, brakes, clutches, gaskets, pulleys, screws). Thanks to their low coefficient of friction and high resistance to wear, these components are widely used in mechanical applications.
METAL REPLACEMENT
TECNOPLAST studies and develops high performance polymers for metal components replacement. There are several reasons behind this type of solutions: less weight, longer lasting molds, significantly lower costs.
LARGE THICKNESS
TECNOPLAST has the knowledge to deal with polymer components presenting a large thickness. This requires advanced printing methods to avoid technical issues down the line.
OTHER APPLICATIONS
Among TECNOPLAST’s wide range of products are components that achieve the same levels of tolerance as the ones originally machine-tool made, as well as self-extinguishing, high heat resistant parts for electrical appliances that can work at 240° C.
Our products’ properties
Structural properties:
- High rigidity
- High load capacity
- Shock resistance
- Dimensional Stability
- Thermal stress
- Chemical resistance
- Antistatic & Conductive
- Flame resistance
Tribological properties:
- Wear resistance
- Low coefficient of friction
- Abrasion resistance
- Low noise output
- Stick-slip behaviour
- Wear resistance
- Low coefficient of friction
- Abrasion resistance
- Low noise output
- Stick-slip behaviour