Accurate asphalt production

Flomac Solutions says that its innovative feeding and weighing system allows for more effective and accurate asphalt production processes. The Flomac Materials Handling System has been jointly developed with specialist firm E Collinson and combines Flomac's accurate Compac weighing unit with a powerful materials delivery technology.
February 29, 2012 Read time: 1 min
Well proven, the Flomac Materials Handling System is gaining acceptance in the UK asphalt production sector and the technology now offers major potential in other markets
709 Flomac Solutions says that its innovative feeding and weighing system allows for more effective and accurate asphalt production processes. The Flomac Materials Handling System has been jointly developed with specialist firm E 3351 Collinson and combines Flomac's accurate Compac weighing unit with a powerful materials delivery technology. Pneumatic materials delivery provides a consistent flow into the mix and the system is able to handle a long list of products such as fibres, pigmented pellets, Sasobit, SEAM and adhesion promoters. According to Flomac, this equipment can cope with any free-flowing, non-dusting pelletised product and the accurate weighing package means that the system can deliver precise quantities for a more consistent mix quality.

Flomac says that the system can be retro-fitted to existing asphalt plants and requires little installation, while it can also be tailored to the specific needs of each application or client. Using this system also improves safety as it means products do not have to be added by hand into the mixer and keeps personnel at a safe distance from hot working machinery.
Materials

For more information on companies in this article

Related Content

  • Advancing asphalt plant technology
    June 9, 2016
    Advances in asphalt plant technology were in major evidence at the bauma 2016 exhibition in Munich - Mike Woof writes One of the most apparent developments at bauma 2016 was the strong focus on asphalt plant technology. The massive physical presence of the asphalt plants could be seen from a distance, right across the showground, particularly the 50m-high machine Benninghoven had opted to exhibit. However, other plant systems from rival firms Ammann, Lintec and Marini, as well as Turkish company E-MAK, c
    Read More
  • Asphalt plant innovations from key firms
    June 12, 2017
    Asphalt plant builders continue to develop new technologies to meet different demands from clients. Marini says that in addition to developing new and more sophisticated asphalt plants, the firm is also meeting demands from customers looking to upgrade existing asphalt plants with the addition of new systems. These can be used to boost output and material quality, while also delivering new grades of mixes. At the same time, plant upgrades can reduce the environmental profile of a plant, while improving its
    Read More
  • Concrete production innovation – mobility the key
    July 5, 2016
    Versatility and productivity are key drivers for the concrete plant sector - Mike Woof writes. The days of most construction machines being expressly designed and built for a single specific purpose have gone. These days construction equipment is largely intended to be versatile and adaptable, allowing it to be operated in a wide array of applications and duties. New concrete plants are designed too for mobility as this allows users to set up highly productive equipment quickly on basic sites, with little p
    Read More
  • Advanced asphalt plants being developed
    April 7, 2017
    The Fayat Group is developing its asphalt plant range with its Marini-Ermont product offerings - Mike Woof writes The Fayat Group is a major player in the global asphalt plant sector with its Marini and Ermont brands and is further developing both product ranges. The latest machines have been designed to cater to a wide array of customer needs, from large, fixed high-production plants to its compact super portable units, as well as from high sophistication down to more basic technology for developing mar
    Read More

Highlighted Content