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Industry

Reliable protection and maximum performance for your industrial facilities

Modern industrial processes require materials that uncompromisingly combine safety, efficiency and longevity. The ELTECPUR® industry product range was developed precisely for this purpose. The permanently elastic, impact-resistant and weather-resistant material is designed for high mechanical loads and excels in demanding applications. The mats reliably reduce vibrations, protect machines, components and work environments, and ensure consistent plant performance. The result: less wear, reduced downtime and sustainable operational reliability.

 

Your benefits at a glance

Higher plant availability, fewer damages, lower costs and smooth processes from production to delivery.

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Various thicknesses, formats and versions are available.

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FAQs – Industry

What are elastomer mats used for in industry?

Elastomer mats are used to:

  • Protect machines and components
  • Reduce vibrations
  • Distribute loads evenly

They help increase system availability while reducing wear and downtime.

What is the difference between anti-slip mats and anti-vibration mats?
  • Anti-slip mats: prevent slipping of cargo and machines
  • Anti-vibration mats: dampen vibrations and structure-borne noise

In many applications, both functions are combined, e.g. for machine foundations.

How do anti-slip mats work in industry?

Anti-slip mats significantly increase the coefficient of friction between two surfaces.

Typical values are >0.5 to >0.7 µ, depending on material and substrate.

Best practice: reduction of additional securing effort by up to 80%.

What advantages do anti-slip mats offer compared to conventional securing methods?
  • Less additional securing effort
  • Faster processes
  • Higher safety

They are particularly efficient in logistics, production and transport.

How do anti-vibration mats reduce machine wear?

They decouple machines from the substrate and reduce:

  • Vibrations
  • Structure-borne noise
  • Dynamic loads

This extends the service life of machines and improves precision.

What factors are decisive when selecting anti-vibration mats?

Important parameters:

  • Machine weight
  • Vibration frequency
  • Material density (e.g. 650–1150 kg/m³)
  • Required damping

The higher the density, the higher the load-bearing capacity and stability.

What role does material density play in elastomer mats?

Density affects:

  • Compressive strength
  • Damping properties
  • Load-bearing capacity

Typical ranges:

  • Soft (600–700 kg/m³) → high damping
  • Hard (900–1150 kg/m³) → high load-bearing capacity

Best practice: select density according to the specific application.

Are elastomer mats chemically resistant?

Yes, they are resistant to:

  • Water
  • UV radiation
  • Diluted acids and alkalis

Limited resistance to:

  • Oils
  • Fuels
  • Hydrocarbons
What are building protection mats used for in industry?

Building protection mats protect:

  • Waterproofing membranes
  • Insulation
  • Machine foundations

They act as a separation layer and prevent damage from pressure and friction.

Can elastomer mats be individually customised?

Yes, moulded parts and mats can be:

  • Custom-manufactured
  • Supplied in various thicknesses and formats
  • Adapted to specific project requirements

This is particularly important for complex industrial installations.

How durable are industrial rubber mats?

Through properties such as:

  • Impact resistance
  • Elasticity
  • Weather resistance

They are designed for long-term continuous use and significantly reduce maintenance costs.

Can anti-slip mats also be used outdoors?

Yes, they are:

  • Weather-resistant
  • Temperature-stable
  • Moisture-resistant

They are thus equally suitable for indoor and outdoor applications.

What advantages do moulded parts offer compared to standard solutions?

Moulded parts offer:

  • Perfect fit
  • Optimal load distribution
  • Maximum functionality

They are ideal when standard products are not sufficient.

How do elastomer mats affect workplace safety?

They increase safety through:

  • Slip-resistant surfaces
  • Stable machine positioning
  • Reduced vibrations

This minimises accident risks and improves working conditions.

What are typical mistakes when selecting industrial mats?

Common mistakes:

  • Wrong material density
  • Insufficient load calculation
  • Wrong combination of slip and damping properties

Best practice: always select according to the specific application (load + frequency + environment).