RSS® Liquid Soil

-PROV- Produktions- und Vertriebsgesellschaft mbH

Description

RSS® Liquid Soil is a process for the production of temporary flowability of any excavated soil – can be produced from any type of excavated material.

More Over

RSS

® liquid soil® can be used almost anywhere: whether for trench backfilling in sewer construction or supply line construction, the filling and backfilling of structures, cavities, cellars, workrooms and tunnels or as a problem solver for construction sites with high material requirements. Even more flexibility is offered by the possibility of setting the properties of RSS® liquid flooring® specifically according to the requirements.

Properties

  • : flowable
  • ,
  • self-compacting,
  • settlement-free,
  • can be built over quickly
  • ,
  • mechanically detachable at any time
  • , defined properties due to consistent, standardised quality management,
  • pumpable
  • ,
  • homogeneous substrates with properties largely corresponding to the original soil
  • ,
  • no post-hardening
  • , dampening behaviour in the event of dynamic load inputs, e.g. traffic
  • Easy production and handling with RSS system technology
  • Gas-permeable
  • Reuse of any excavated material
  • Compatible
  • with all common pipe materials

Advantages

  • Durable networks due to the best bedding properties
  • Reduced masses Rapid
  • construction progress with little space requirement
  • Conservation of resources (money and environment)
  • New technologies with unimagined efficiency
  • meets all requirements of environmental law with regard to soil, groundwater and immission protection

Technical Information

(Values depending on the soil classification according to DIN 18196 of the original soil)

  • Bulk density: 1.6 – 2.1 kg/dm³ (installation/final condition identical)
  • Compressive strength according to DIN 18136: 28 d = 0.1-0.8 N/mm²
  • Solubility according to DIN 18300: Soil class 3-5
  • EV2 value according to DIN 18134: according to 28 d > 45 MN/m²
  • Water permeability according to DIN 18310: 10-5 – 10-10 m/s
  • Environmental and water harmlessness according to the expert report

Downloads