Agriculture, Construction and Earthmoving Equipment


Axalta’s range of coating systems for agriculture, construction and earthmoving equipment (ACE) customers includes electrocoat, dip, spray, and powder coatings.

The AquaEC™  range of electrocoats and a variety of waterborne and solventborne primers and topcoats are available for the ACE segment. High performance products, with high mechanical resistance and excellent corrosion protection, aim to fulfil the demanding needs of our customers for these applications.  

PercoTop®  offers a line of innovative, easy to apply and efficient coatings systems for ACE applications for customers in Europe. Thanks to an advanced tints and binder system, more than 15,000 colours can be produced quickly and effectively. Coordinated components minimise mistakes and the brand’s modular system means less capital is tied up in inventory. Larger paint quantities are available in ready-mixed colour batches that can be tailored to individual customer specifications. PercoTop® is available in finishes ranging from matte to high-gloss and a variety of formulations from medium solids and VOC compliant high solids to PercoHyd waterborne coatings. 

Axalta Tufcote™ liquid coatings are designed to meet the rigorous standards for performance, corrosion protection, gloss and colour retention set by leading manufacturers of agricultural and construction equipment. They deliver consistent, high quality results with a very hard and durable finish for enhanced performance. 

Imron® primers, fillers, topcoats and clear-over-base systems in waterborne technology offer aesthetics, durability, high resistance to wear and low maintenance costs.

Designed to meet the stringent performance requirements of the major agriculture and construction equipment manufacturers, Alesta® powder coatings offer superior corrosion protection while maintaining the vibrant aesthetics of major OEM brands.  Alesta® powder coatings protect and beautify everything from crop harvesting machinery to bulldozers for construction sites.