Less Wear

Less Wear

Based on extensive research GBT has developed a combination of composite materials which offer the hydraulic market a complete solution. These composite materials are showing excellent performance results with regards to hydrodynamic conditions and lubrication and its linear velocity can reach up to 10 N/mm2. Moreover, these materials do not contain lead, as complying with the European Parliament’s “ELV” directive 2000/53/EC.

Excessive wear is caused by high frictional forces acting between the two surfaces; therefore friction can be defined as a force that resists one surface from sliding, rotating or oscillating over another surface.

Factors which affect the friction forces and ultimately results into excessive wear are:

  • Surface finish
  • Temperature
  • Operational load
  • Relative speed
  • Nature of the motion between the two surfaces
  • Lubricant properties or characteristics

Solutions offered by GBT:

Our focus is to reduce friction in greater level so that it can result into extremely less wear and increasing the life span of sliding bearings. Our additional objective includes broadening the sliding bearing load ranges, operating speeds and working temperatures, applicability for use in aggressive environments, with and without application of lubricants.

We developed a series of composite material i.e. MU, MU-B & MU-4 which will meet all of our customer necessities and in addition to that, with this material we developed the ability to position rotating or sliding elements of hydraulic systems with respect to each other. Sliding bearing are selected on load, speed and operating environment. However in hydraulic systems, hydraulic fluid is present to provide the adequate lubrication and therefore we developed our material in a way which is fully compatible with such types of hydraulic fluids and provides superior performance during operating cycles.

Additional advantages of GBT sliding bearings:

  • Best suited for Hydrodynamic operation
  • In presence of lubricants, sliding speed can go up to 10 m/s
  • High lubricant or media compatibility
  • High chemical resistance
  • Low operating bearing clearance
  • High resistance to abrasion & erosion
  • Low level of wear, even at high linear, rotating or oscillating speeds

Contact Us

Do you have questions about our bearings services?

For more information on GBT products and our bearing applications, please fill out the form and one of our experts will contact you shortly.

All fields, which marked by an asterisk (*), are required.

0/500

Also you can contact us on: linkedIn logo svg LinkedIn Facebook logo svg Facebook

  • Technymon Srl

    Sede Legale: 24060 Castelli Calepio (BG) - Viale Industria, 11/13

    +39 035 847 781
  • Himon Srl

    Sede Legale: Viale Industria, 11/13 - 24060 Castelli Calepio (BG).

    Sede Produttiva: Via Leonardo Da Vinci, 16 - 24064 Grumello Del Monte (BG).

    +39 331 665 39 56
  • Technymon Gleitlager Gmbh

    Im Gotthelf 5e 65795 Hattersheim/Eddersheim

    +49 (0) 6145-54600
  • Technymon Technology India PVT LTD

    Ambethan road Kharabwadi,Chakan, Pune - 410 501 INDIA

    +91 2135 645371
  • Technymon Technology USA inc

    730 N Edgewood Ave, Wood Dale, IL 60191 (U.S.A.)

    (630) 787 05 01
the world map with Technymon location markers
GLOBAL BEARING TECHNOLOGIES S.R.L.

Sede Legale: 24060 Castelli Calepio (BG) - Viale Industria, 11/13

Tel. 035.847781 r.a. – Fax 035.847711

Cap. Soc. 50.000,00 € i.v. - REA BG445578 - Reg. Imp. BG 04222050165

Codice Fiscale & Partita Iva 04222050165 - Codice ISO IT04222050165

2012 - © GLOBAL BEARING TECHNOLOGIES S.R.L.

Website Maintenance