Est. 1975 • Technymon Group

Advanced Composites for
Demanding Tribology

PTFE Fabric and Liner Based Bearings and bushings. Engineered to eliminate lubrication in the world's most extreme environments. Zero maintenance. Infinite endurance.

AEROSPACE DYNAMICS
OCEANIC SYSTEMS
TURBINE ENERGY
DEFENSE MATERIEL
GLOBAL INDUSTRIAL
PRECISION ROBOTICS
AEROSPACE DYNAMICS
OCEANIC SYSTEMS
TURBINE ENERGY
DEFENSE MATERIEL
GLOBAL INDUSTRIAL
PRECISION ROBOTICS
AEROSPACE DYNAMICS
OCEANIC SYSTEMS
TURBINE ENERGY
DEFENSE MATERIEL
GLOBAL INDUSTRIAL
PRECISION ROBOTICS
AEROSPACE DYNAMICS
OCEANIC SYSTEMS
TURBINE ENERGY
DEFENSE MATERIEL
GLOBAL INDUSTRIAL
PRECISION ROBOTICS

Technical Superiority

Engineered to exceed the limitations of traditional metallurgy in every measurable metric.

LONGEVITY

Zero Maintenance

Lubrication
SOLID STATE
Service Pts
NONE
Projected Uptime
100%

Self-lubricating PTFE matrix eliminates grease points, reducing OPEX by 85%.

CAPACITY

400 MPa

400MPa

Exceeds standard bronze bushing capacity by a factor of 3.

COEFFICIENT OF FRICTION

< 0.05 Coeff

0.02 Dynamic

Lowest sliding friction of any reinforced solid.

TEMPERATURE RANGE

-180°C to +280°C

CryogenicAmbientInferno
-180°C
LNG / Cryo
+280°C
Furnace

Stable dimensional properties across extreme thermal gradients.

Tech Deep Dive

Layered
Perfection

Beneath the polished surface lies a complex architecture of high-modulus composite fibers and PTFE filaments. This unique weave provides the structural integrity of steel with the friction properties of ice.

Thickness Uniformity+/- 0.05mm
Density1.85 g/cm³
Porosity<0.1%
Download Datasheet
SECURE VIEW // 01
DRAG TO SCAN

ENGINEER THE
IMPOSSIBLE

The constraints of traditional metallurgy no longer apply.
Build without friction.