Skip to main content

Infrared asphalt repair speeds pothole repairs

Improved infrared asphalt repair technology is speeding pothole repairs in applications in North America.
February 28, 2012 Read time: 2 mins
Faster and more durable patch repairs are being achieved using equipment from Kasi Infrared
Improved infrared asphalt repair technology is speeding pothole repairs in applications in North America.
Specialist 2428 Kasi Infrared has had numerous successes with local authorities which use the equipment to deliver seamless infrared asphalt repairs in less than 20 minutes. This method is said to be achieved at a fraction of the cost for conventional remove and replace techniques. Asphalt Technology, a California-based company is using the Kasi equipment to deal with failures caused by water intrusion. Using the equipment makes considerable savings over conventional remove and replace methods. Asphalt Technology opted for a new upgraded infrared asphalt repair option from Kasi. The infrared chamber upgrade enables seamless asphalt repair in under 20 minutes and doubles infrared chamber longevity to over 10 years. A key feature is a new, deeper 8 converter chamber which allows more asphalt to be heated faster, deeper, and more evenly. The contractor transports the equipment in Kasi’s Minute Man trailer-mounted system, which has an asphalt reclaimer to keeps the material at plant mix temperature. Unlike traditional saw, cut, and remove or crack filler repair techniques, Kasi’s infrared system leaves no seams for water and ice to penetrate and patches should last twice as long. The infrared repair’s continuous surface also eliminates the need for tack-coating the edges, boosts durability, and allows roads to be opened to traffic immediately. Lab studies show there is no change in asphalt integrity from the use of its infrared equipment according to Kasi.

For more information on companies in this article

Related Content

  • SONO Hub for water-content ratio control
    April 8, 2025

    Vemaventuri has launched SONO Hub, a handheld device for its SONO solution for water- content determination of fresh concrete.

    SONO Hub allows for on-device W/C-value calculation, local and direct cloud data storage and analysis via smartphone connectivity.

    The SONO Hub’s instant water-content ratio measurement and cloud integration redefine efficiency, ensuring compliance and longevity in every pour, said Aaron Lucid, concrete expert and channel manager at Vemaventuri, part of the Peri Group.

  • Looking around the world with bitumen technology
    March 4, 2015
    Russia needs polymer-modified bitumen; the UK is embracing US-style pavement preservation technology and gearing up to import more bitumen; and Italy prepares to export innovative modifying technology; plus a look at the market in Asia Pacific and the Middle East – Kristina Smith reports. The Total Group has announced two recent deals which underline the changing bitumen market around the world. In Moscow, it is constructing a new type of polymer-modified bitumen (PMB) plant in joint venture with Gazprom Ne
  • Lintec asphalt plants for Egypt and the Philippines
    December 1, 2023

    Egyptian firm Rsquared Construction has been using a Lintec CSD2500B asphalt plant to assist with material supply for a road project in the south of the country. The Lintec CSD2500B plant’s first task was to supply material for a short but important road link. The firm, Rsquared Construction, selected the model for its ease of transport and low fuel consumption.

  • New concrete testing technologies improve speed, safety and quality
    July 8, 2016
    Developments in data processing and management are revolutionising the way concrete strengths can be measured and used to improve efficiencies - Kristina Smith reports on two new technologies A new system that uses thermal imaging to measure the strength of sprayed concrete tunnel linings is being trialled for the first time in London. The brainchild of Dr Benoit Jones, managing director of Inbye Engineering, the technique could lead to improvements in safety, quality and – in the longer run – productivi