Skip to main content

Geveko’s ChipFill makes its mark

Geveko Markings says that it’s preformed thermoplastic called ChipFill can be used for repairing cracks and smaller holes in surfaces other than asphalt Repairs made with ChipFill can be done in only 20 minutes without the need for bulky machinery, according to the company. All that is needed is a brush and a gas burner. Until now, ChipFill has been used widely for road repair, but it offers easy solutions for other problems as well, such as reseating cobblestones. Thermoplastic and preformed thermoplas
March 28, 2018 Read time: 2 mins
The hot applied thermoplastic ChipFill has a better bonding with underlying asphalt than cold process applications, according to Geveko
Geveko Markings says that it’s preformed thermoplastic called ChipFill can be used for repairing cracks and smaller holes in surfaces other than asphalt


Repairs made with ChipFill can be done in only 20 minutes without the need for bulky machinery, according to the company. All that is needed is a brush and a gas burner.

Until now, ChipFill has been used widely for road repair, but it offers easy solutions for other problems as well, such as reseating cobblestones. Thermoplastic and preformed thermoplastic applied on cobblestones can cause problems as it is prone to crack due to stones shifting. By reseating the cobblestones with ChipFill, markings material such as PreMark, made by US-based company Ennis-Flint, will have their life greatly extended, according to 2447 Geveko.

Surfaces can be levelled by filling the space between cobblestones with ChipFill. This makes the cobblestones both easier and safer to walk on – especially for pedestrians wearing high heels.

ChipFill can secure the area around manhole covers and drain holes. As opposed to cold applied asphalts, the hot applied thermoplastic ChipFill has a better bonding with underlying asphalt. This is because the binders in the thermoplastic bond with the bitumen in the asphalt when heated. As a bonus, Chipfill does not allow water to pass through the material.

ChipFill consists of small chips which makes it extremely easy to work with. Simply pour on the material where needed and sweep up the excess material to save it for later use. This means no waste, but also no mess as you can easily sweep unwanted chips off the surface before applying heat with the gas burner leaving no marks on the actual cobblestones.

For more information on companies in this article

Related Content

  • Roadtec machines rebuild key highway in Texas
    December 16, 2013
    In the middle of central Texas lies Blanco County, which is in the state’s Hill Country. West of Austin and north of San Antonio, the county is traversed by the Blanco River and the Pedernales River, and two major highways, US Highway 290 and US Highway 281. Because of the proximity to two major cities, the highways carry heavy traffic volumes and US 281 in particular was in need of repair.
  • Asphalt paving is seeing innovative new technology
    April 4, 2013
    With new machines coming to market, the asphalt paving sector is seeing an array of sophisticated technology now available
  • New additive boosts rubber-modified asphalt
    September 10, 2014
    Lehigh Technologies, which produces micronized rubber powders, has joined forces with additive specialist Rheopave to come up with a system which will improve the performance of asphalt, while reducing the cost compared to standard polymer modified asphalts. Rheopave had developed its X10 additive, a blend of reactive polymers and other elements, to work with Lehigh’s MicroDyne micronized rubber powder. It overcomes two problems currently experienced with rubber-modified asphalt, according to Lehigh’s direc
  • Twin layer paving evolves
    November 2, 2012
    Dual layer paving offers benefits to wear life as well as major cost reductions - Mike Woof reports The concept of laying the binder course and wearing course at the same time is not new to the road construction market. Various contractors have been working on systems over a number of years, with several manufacturers helping directly with these projects. A number of firms have investigated this method but three manufacturers in particular, Dynapac and Vögele in Europe and Sumitomo in Japan, have made major