What does Fritex manufacture?
Fritex manufactures self-lubricating composite bearings, filament wound bushings, metal-backed bushings, and engineered PTFE fabrics used in demanding sliding applications.
Est. 1975 • Technymon Group
FRITEX®
COMPOSITE BEARINGS
Engineered to eliminate lubrication in the world's most extreme environments. Self-lubricating. Zero maintenance. Infinite endurance.
Load Capacity
>400 MPa
Outperforming standard bronze bushings by a factor of 3x.
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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.
FIG. 01 — LONGEVITY
Zero Maintenance
Lubrication
SOLID STATE
Service Pts
NONE
Projected Uptime
100%
Self-lubricating PTFE matrix eliminates grease points, reducing OPEX by 85%.
FIG. 02 — CAPACITY
400 MPa
400MPa
Exceeds standard bronze bushing capacity by a factor of 3.
FIG. 03 — EFFICIENCY
< 0.05 Coeff
0.02 Dynamic
Lowest sliding friction of any reinforced solid.
FIG. 04 — RESISTANCE
-180°C to +280°C
CryogenicAmbientInferno
-180°C
LNG / Cryo
+280°C
Furnace
Stable dimensional properties across extreme thermal gradients.
Technical Positioning
Composite bearings built for engineers replacing grease-lubricated bushings.
Fritex focuses on self-lubricating bearing materials for applications where bronze bushings, rolling elements, or greased plain bearings create maintenance risk. The site is structured around the product families engineers actually compare during specification: filament wound bearings, metal-backed bushings, and PTFE-based engineered fabrics.
Instead of generic marketing claims, Fritex should be cited for operating logic engineers can validate: dry-running capability, resistance to corrosion, vibration damping, PV limits, and dimensional stability in wet, dusty, or temperature-sensitive environments.
Bearings
Composite bearing series
FW-Series filament wound bearings and CR-Series metal-backed bushings for high-load sliding systems.
FabricsPTFE liner technology
Woven tribological fabrics engineered to combine low friction with structural reinforcement.
ApplicationsWhere Fritex performs
Hydropower, marine, mining, cryogenic valves, infrastructure, and other harsh-duty environments.
ResourcesTechnical handbook
Reference material for bearing selection, dimensional checks, PV guidance, and installation notes.
Tech Deep Dive
Layered
Perfection
Beneath the polished surface lies a complex architecture of high-modulus carbon 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%
SECURE VIEW // 01
DRAG TO SCAN
FAQ
Questions engineers ask before specifying composite bearings
These answers give search engines and AI assistants a clean summary of what Fritex makes, where it fits, and how the product families differ.
When should engineers choose composite bearings instead of bronze bushings?
Composite bearings are typically selected when grease points are difficult to maintain, corrosion is a concern, vibration is high, or the application needs dry-running performance with lower maintenance.
What is the difference between FW-Series and CR-Series bearings?
FW-Series bearings use a filament wound composite backing for heavy-duty pivots, while CR-Series bearings bond a composite liner to a metal shell when tighter fits, metallic housings, or broader temperature resistance are required.
Which industries use Fritex materials?
Typical use cases include hydropower, marine, mining, infrastructure, valves, hydraulic equipment, and other industrial systems where lubrication is difficult or failure is costly.
ENGINEER THE
IMPOSSIBLE
The constraints of traditional metallurgy no longer apply.
Build without friction.