Road repair option

Italian firm Massenza is boosting its range of road repair machines with the introduction of an innovative unit that combines the functions of an emulsion sprayer and chippings spreader. According to Diego Massenza, "We have made a prototype and it has been running now for two years." The machine can be used to spread chippings and then immediately after, spray emulsions or polymer-modified bitumen (PMB). Massenza explained that the firm is expanding its range of road repair machines as it sees a particular
February 14, 2012 Read time: 2 mins
Massenza is now introducing an array of innovative road repair machines
Italian firm 6805 Massenza is boosting its range of road repair machines with the introduction of an innovative unit that combines the functions of an emulsion sprayer and chippings spreader. According to Diego Massenza, "We have made a prototype and it has been running now for two years." The machine can be used to spread chippings and then immediately after, spray emulsions or polymer-modified bitumen (PMB). Massenza explained that the firm is expanding its range of road repair machines as it sees a particularly strong market in Europe in this type of equipment. "Now we are trying to concentrate on maintenance and repair," he said.

The combined sprayer/spreader is one of a series of new models from the firm, with a high efficiency asphalt hotbox designed with effective heat shielding, and a new joint sealer also due to come to market. Prototype testing is just getting underway on the joint sealer, which is designed to ensure high quality joints can be made in road surfaces. This machine prevents moisture ingress and reduces the risk of freeze-thaw failures in asphalt surfaces for example. The 2tonne machine features hydrostatic drive and can move itself around on a job site, while low noise operation allows it to be used even in urban areas.
Asphalt milling, paving & compaction

For more information on companies in this article

Related Content

  • Optimising Specialist Bitumen Handling with the MEST Bitutainer™
    June 1, 2025

    As roads become more advanced and surface performance expectations rise, traditional hot bitumen is no longer the only material in demand. Across the globe, highways projects are increasingly relying on high-performance binders, from polymer-modified bitumen (PMBs) to specialist emulsions and tack coats designed for specific temperature conditions or traffic volumes.

    Read More
  • On track for excellence in asphalt plants
    May 30, 2013
    While one leading asphalt plant company has played a key role in the creation of the new Circuit of the Americas F1 racetrack, others have been releasing new plants and plant-related technology onto the market, some of which has been exhibited at major world industry shows. Guy Woodford reports. Astec played an important role in the new Circuit of the Americas Formula 1 racetrack in Austin, Texas. The asphalt base, binder, and surface courses for the 5.47km asphalt road course, which staged its first F1 rac
    Read More
  • Asphalt plant technology meets market needs
    February 16, 2012
    Plants for mixing asphalt are becoming more sophisticated than ever, while users are looking for ecological and technological benefits. Patrick Smith reports. When the Adige Bitumi Group decided to renew its old M 260 plant it chose to collaborate with Marini for the design and development of a plant with production of 280-300tonnes/hour.
    Read More
  • New asphalt paving machines are coming to market
    April 7, 2017
    Several of the key asphalt paver manufacturers are rolling out new models that deliver increased performance and capabilities - Mike Woof writes The pace of development in the asphalt paving equipment sector is high, with a wide array of new machines coming to market. All of the major manufacturers are introducing new models for 2017, while there are also key business developments that are ongoing. One of the most notable business moves in the road machinery sector is the agreement between the Fayat G
    Read More

Highlighted Content