Skip to main content

Lintec’s CSM 2500 plant offers low transport costs and quick assembly and disassembly

Lintec’s new CSM 2500 asphalt mixing plant with parallel drum and conventional screening machine will be on show at bauma. The parallel drum on the plant can be used for hot and cold recycling. Capable of producing 160tonnes/hour, the fully containerised configuration of the CSM 2500 is said by its German manufacturer to ensure lower transport costs and quick and efficient assembly and disassembly. The plant has six screening decks, a 60tonne capacity hot stone bin, a 45tonne reclaimed filler silo, produces
January 6, 2017 Read time: 2 mins
The new CSM 2500 plant at bauma has a parallel drum for hot and cold recycling
1177 Lintec’s new CSM 2500 asphalt mixing plant with parallel drum and conventional screening machine will be on show at bauma. The parallel drum on the plant can be used for hot and cold recycling.

Capable of producing 160tonnes/hour, the fully containerised configuration of the CSM 2500 is said by its German manufacturer to ensure lower transport costs and quick and efficient assembly and disassembly.

The plant has six screening decks, a 60tonne capacity hot stone bin, a 45tonne reclaimed filler silo, produces 2.5tonne batch sizes in 45secs, while emitting an exhaust gas temperature of 90-120°C.

The parallel drum with integrated addition of cold recycling has a two 8m³ bin recycling feeder, a vibration screen with a mesh width of 85mm, elevator/drive power of 18.5kW, and a 100tonnes/hour conveying capacity. Maximum addition of RAP via the parallel drum is 60%, and 25% RAP as cold addition.

%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 2 44422 0 oLinkExternal www.lintec-gmbh.de www.lintec-gmbh.de false /EasySiteWeb/GatewayLink.aspx?alId=44422 false false%>

Related Content

  • INTERMAT launch for Ammann UniBatch asphalt mixing plants
    January 6, 2017
    Ammann is using INTERMAT to reveal its UniBatch range of asphalt mixing plants. With capacities from 80-350 tonnes/hour, this new plant type incorporates flexibility, and a larger selection of modules to allow the system to be expanded as required. Energy efficiency and reduced emissions are key elements of the UniBatch range, which is said to be is compatible with all of Ammann's recycling technologies. Mixer capacities extend from 1.3-4.3tonnes, hot silo storage is from 45-120tonnes and mixed material sto
  • INTERMAT launch for Ammann UniBatch asphalt mixing plants
    April 12, 2012
    Ammann is using INTERMAT to reveal its UniBatch range of asphalt mixing plants. With capacities from 80-350 tonnes/hour, this new plant type incorporates flexibility, and a larger selection of modules to allow the system to be expanded as required. Energy efficiency and reduced emissions are key elements of the UniBatch range, which is said to be is compatible with all of Ammann's recycling technologies. Mixer capacities extend from 1.3-4.3tonnes, hot silo storage is from 45-120tonnes and mixed material sto
  • Asphalt plant innovations coming to market
    April 27, 2015
    A series of new advances in asphalt plant design are now coming to market - Mike Woof writes Key innovations in asphalt plant designs from major manufacturers will offer clients reductions in running costs along with gains in quality control and output. Several of the leading manufacturers are introducing new models that will deliver efficiency gains, as well as options for greater mobility and/or versatility. Swiss-based Ammann is introducing two new mobile plants, the EcoBatch and QuickBatch models,
  • Lintec developing novel asphalt plant solutions
    March 16, 2016
    Highly innovative, LINTEC’s new LEP 95 system is a new, patented warm mix asphalt solution. This can be configured to produce both hot and warm mix asphalt depending on demand at the job site. A major reduction in energy consumption and emissions can be achieved by the LINTEC system working in a temperature range of 95°C-100°C. This unitcan be fitted to new or existing plants and is said to produce a smooth and stable foam for an optimum mixing result at low temperatures, while it is reliable and has low ma