GLT as your trusted alternative to GGB
Here you’ll find a compact overview of comparable GLT sliding bearings for commonly used GGB references.
Use the table as a quick starting point — and feel free to contact us if you need a technical confirmation for your specific application.
Which GLT product is the best alternative to my GGB bearing?
| Product | GLT designation (design type) | GGB reference | Shop |
|---|---|---|---|
|
TEF-MET® maintenance-free · steel/PTFE 
Composite sliding bearing (steel/PTFE) | Maintenance-free dry running | DIN 1494 / ISO 3547
|
TFZ (Cylindrical bushing) |
(MB)..DU |
View product |
|
TFB (Flange bushing) |
BB..DU |
View product |
|
|
TFA (Thrust washer) |
WC..DU |
View product |
|
|
TFS (Sliding strip) |
S..DU |
View product |
|
|
TEF-MET®/B maintenance-free · bronze/PTFE 
Composite sliding bearing (bronze/PTFE) | Maintenance-free dry running | DIN 1494 / ISO 3547 | Corrosion resistant
|
TFZ/B (Cylindrical bushing) |
(MB)..DU-B |
View product |
|
TFB/B (Flange bushing) |
BB..DU-B |
View product |
|
|
TFA/B (Thrust washer) |
WC..DU-B |
View product |
|
|
TFS/B (Sliding strip) |
S..DU-B |
View product |
|
|
TEF-MET®/P maintenance-free · steel/PTFE + fillers 
Composite sliding bearing (steel / special PTFE) | Dry-running | DIN 1494 / ISO 3547
|
TFZ/P (Cylindrical bushing) |
DP4 | Enquiry |
|
TFB/P (Flange bushing) |
BB..DP4 | Enquiry | |
|
TFA/P (Thrust washer) |
WC..DP4 | Enquiry | |
|
TFS/P (Sliding strip) |
S..DP4 | Enquiry | |
|
POM-MET® low maintenance · steel/POM 
Composite sliding bearing (steel/POM) | Low maintenance | With lubricant pockets | DIN 1494 / ISO 3547
|
POZ (Cylindrical bushing) |
PM..DX |
View product |
|
POA (Thrust washer) |
WC..DX |
View product |
|
|
POS (Strips) |
S..DX |
View product |
Comparison table for technical guidance: GGB designations are shown for reference only.
All third-party trademarks belong to their respective owners; there is no affiliation between GLT Bearings and GGB.
Suitability must be verified for the specific operating conditions.
FAQ: Common questions about GLT alternatives
Are GLT products 1:1 identical to GGB?
The designations are used for comparison. GLT products are comparable in material, design type, dimensions and typical applications, but are not “original replacement parts” in the trademark sense. A technical check for the specific application is recommended.
Which information does GLT need for a reliable recommendation/release?
For a quick technical review please provide: dimensions/design type, load (radial/axial), motion type (rotating/oscillating/axial), speed, temperature range, lubrication (dry/oil/grease), environmental conditions (dirt, moisture, chemicals), counterface material and surface finish.
Can I lubricate TEF-MET® even though it is maintenance-free?
In many applications additional lubrication is possible and may offer benefits depending on operating conditions (e.g. cooling, dirt removal). Whether lubrication is useful should be assessed for the specific application.
When should I choose TEF-MET®/P instead of TEF-MET®?
TEF-MET®/P can be a good choice when the application is predominantly operated with lubrication and stable performance under lubrication is the priority. The lubrication concept, temperature and load should be considered for a safe selection.
Are TEF-MET®/P or TEF-MET® leaded?
Unlike some comparable GGB variants, GLT composite bearings are not separated into “leaded” and “lead-free” versions. Both variants are manufactured exclusively as lead-free versions.
I have special dimensions / demanding loads — what should I do?
Send us the dimensions, load, motion type (rotating/oscillating), temperature and lubrication concept. Our application engineers will check the selection and recommend a suitable GLT solution.
Technical clarification?
Our application engineers can help.
For a safe product selection we generally recommend a case-by-case technical review.
Our GLT application engineers will support you in selecting a suitable sliding bearing — especially for unusual loads, special dimensions or demanding environmental conditions.
The fastest way is to share: dimensions, load, motion type, temperature and lubrication concept.