Resources - Ceetak
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The Technical Hub

O-Ring Calculator

This interactive calculator assists engineers with selection of O-ring and hardware dimensions, and to form the basis of an O-ring installation.

Use Calculator

Chemical Compatibility Checker

This interactive guide will help you choose a seal material based on existing compatibility test results of known chemicals and elastomers.

Use Checker

Interactive Engineering Calculators

Click here for volume, mass and compression set values for O-rings and rotary seal and hydraulic cylinder calculations.

Use Calculator

Unit Converter

Our interactive conversion tools allow engineers to switch between units of measurement when preparing engineering calculations.

Use Converter

Engineering Tables

Our reference tables provide cross reference information for surface finish, metal hardness and polymer hardness measurement units.

View Tables
Special coated O-rings for renewable energy applicationOur customer manufactures wind sensors for a variety of applications in different environments. This seal application was within ultrasonic wind sensors designed for wind turbine control.
Special coated O-rings for renewable energy application anchor-right-arrow-purple
Why use PTFE seals?Polytetrafluoroethylene (PTFE) is a thermoplastic polymer that can be used in a variety of sealing applications; it is particularly suitable where the application conditions exceed the parameters of elastomeric seal use, but are not as highly demanding as applications that require the use of metal seals.
Why use PTFE seals? anchor-right-arrow-purple
Seals for Renewable Energy ApplicationsRenewable energy is derived from our planet's natural resources such as sunlight, wind, rain, tides, waves, biomass and thermal energy stored in the earth’s crust. With increasing fossil fuel prices, and the very real threat of global warming and climate change to our planet; the development of renewable energy production sources is more important than ever.
Seals for Renewable Energy Applications anchor-right-arrow-purple
3D printing for seals3D printing has developed significantly and now performs a crucial role in many applications. 3D printed products vary from fully functional to purely aesthetic applications; with the most common application being for manufacturing. Here we discuss how our engineers use 3D printing to demonstrate a seal concept.
3D printing for seals anchor-right-arrow-purple
Seals for Hydrogen ApplicationsHydrogen is the most common element in our universe, and is becoming an increasingly vital part in decarbonisation and a global sustainable energy future for our planet.
Seals for Hydrogen Applications anchor-right-arrow-purple



    By submitting this form, you are agreeing our Privacy Policy *

    Tools

    O-Ring Calculator

    This interactive calculator assists engineers with selection of O-ring and hardware dimensions, and to form the basis of an O-ring installation.

    Use Calculator

    Chemical Compatibility Checker

    This interactive guide will help you choose a seal material based on existing compatibility test results of known chemicals and elastomers.

    Use Checker

    Interactive Engineering Calculators

    Click here for volume, mass and compression set values for O-rings and rotary seal and hydraulic cylinder calculations.

    Use Calculator

    Unit Converter

    Our interactive conversion tools allow engineers to switch between units of measurement when preparing engineering calculations.

    Use Converter

    Engineering Tables

    Our reference tables provide cross reference information for surface finish, metal hardness and polymer hardness measurement units.

    View Tables

    Articles

    Special coated O-rings for renewable energy applicationOur customer manufactures wind sensors for a variety of applications in different environments. This seal application was within ultrasonic wind sensors designed for wind turbine control.
    Special coated O-rings for renewable energy application anchor-right-arrow-purple
    Why use PTFE seals?Polytetrafluoroethylene (PTFE) is a thermoplastic polymer that can be used in a variety of sealing applications; it is particularly suitable where the application conditions exceed the parameters of elastomeric seal use, but are not as highly demanding as applications that require the use of metal seals.
    Why use PTFE seals? anchor-right-arrow-purple
    Seals for Renewable Energy ApplicationsRenewable energy is derived from our planet's natural resources such as sunlight, wind, rain, tides, waves, biomass and thermal energy stored in the earth’s crust. With increasing fossil fuel prices, and the very real threat of global warming and climate change to our planet; the development of renewable energy production sources is more important than ever.
    Seals for Renewable Energy Applications anchor-right-arrow-purple
    3D printing for seals3D printing has developed significantly and now performs a crucial role in many applications. 3D printed products vary from fully functional to purely aesthetic applications; with the most common application being for manufacturing. Here we discuss how our engineers use 3D printing to demonstrate a seal concept.
    3D printing for seals anchor-right-arrow-purple
    Seals for Hydrogen ApplicationsHydrogen is the most common element in our universe, and is becoming an increasingly vital part in decarbonisation and a global sustainable energy future for our planet.
    Seals for Hydrogen Applications anchor-right-arrow-purple

    Contact



      By submitting this form, you are agreeing our Privacy Policy *

      Product Range

      Our seal products range from simple static O-rings to complex and bespoke seal designs in specialist materials. Whatever your application, we have the seal product for you.