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GEROtec MININGAbrasion resistant pressure pipe

The inner protective layer guarantees long-term resistance to abrasive wear when transporting media containing solids. Available in 2-layer (GEROtec MINING I) or 3-layer (GEROtec MINING II) pipe wall construction. The economical alternative to traditional materials in industrial, plant and mining applications.

TECHNICAL SPECIFICATIONS

  • SDR
    7,4 | 11 | 17 | more on request
  • Dimension
    110 - 630 mm
  • Usage
    Wet solid mixtures
  • Pipe structure
    Pressure pipe according to DIN and EN standards | Double-layer media pressure pipe with coextruded, abrasion-resistant inner layer and smooth ends | Optionally as multi-layer media pressure pipe with coextruded light-coloured outer layer and additive abrasion-resistant inner layer and smooth ends
  • Marking
    Media pressure pipe with core layer in black | Optional: outer layer in silver-grey | Dimensionally integrated inner layer; colour shade light, suitable for inspection | System pipe with complete metre marking according to standard specifications (optional supplementary according to project requirements)
  • Application/­intended use
    Industrial and mining pipe for wet conveying of media with solids content | Open laying | Laying in trenches with (PE100) and without sand bedding (PE100-RC)
  • Special feature(s)
    Inner protective layer for long-term stress due to abrasive wear | light-coloured outer layer made of UV-stabilised PE100 or PE100-RC for low thermal stress on the system pipe
  • Material
    Outer layer made of PE100 or PE100-RC according to positive list of KRV e.V. (PAS 1075) | Abrasion-resistant inner layer made of thermoplastic elastomer
  • Delivery forms
    straight length of 12m | further length on request
  • Tender texts
    GEROtec MINING I double-layer pipe at Ausschreiben.de
    GEROtec MINING II multi-layer pipe at Ausschreiben.de
    GEROtec MINING FDC weld-on collar at Ausschreiben.de

System components

  • Gerodur GEROtec MINING weld-on flange Computer graphics against abrasive wear when transporting media with solids content

    Weld-on flange

    The GEROtec mining weld-on flange ensures a detachable connection to other materials and a continuous abrasion-resistant inner layer.
  • Gerodur GEROtec MINING bend Computer graphics against abrasive wear when transporting media with solids content

    Seamless bend

    Bends with large bending radii are available to reduce point abrasion forces.
  • Gerodur GEROtec MINING Segment-welded Y-piece  Computer graphics against abrasive wear when transporting media with solids content

    Branch

    Segment-welded Y-pieces with abrasion-resistant inner layer for the installation of a branch on request with reduced outlet.
  • Gerodur GEROtec MINING Segment-welded T-piece  Computer graphics against abrasive wear when transporting media with solids content

    T-piece

    Segment-welded T-piece with abrasion-resistant inner layer on request with reduced outlet.

Accessories

Peeler Set

The power pack for protective jacket pipes according to PAS 1075 type 3. For quick and easy removal of the protective jacket.
More information
Gerodur GEROtool® Pocket Peeler, for peeling protective jacket pipe

Rerounding clamps

The tackler for maximum rounding force when welding with electrofusion sockets.
More information
Gerodur Rerounding clamps - The clamp against ovalities

References

Suitable Installation

  • Gerodur laying in sand bed Computer graphics

    Sand bedding


    When laying in a sand bed, the excavated material must be replaced with a sand bedding in accordance with DIN EN 805. Restrictions on the grain sizes of the bedding material must be observed.
  • Gerodur laying without sand bed Computer graphics

    Without sand bedding


    Due to the verification by an independent testing institute, the installation is possible without a sand bed. This eliminates the additional expense of replacing the excavation with a sand bedding in accordance with DIN EN 805 (transport, landfill).
  • Gerodur ploughing method Computer graphics

    Ploughing


    In the ploughing method, the soil is displaced by a plough blade and the pipeline is placed on the bottom of the soil.
  • Gerodur milling process Computer graphics

    Milling


    In the milling process, a pipe trench is cut into the subsoil by machine and the pipeline is laid on the bottom of the trench.

Want to find out more?
We look forward to hearing from you.
Gerodur MPM Kunststoffverarbeitung GmbH & Co. KG
01844 Neustadt i. Sa.
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