Through advanced technology & sustainable materials we create better infrastructure solutions
Our main goal is to build sustainable infrastructure that not only meets the highest eco-conscious standards but also contributes to more sustainable materials, equipment, and processes.
We specialize in creating sustainable asphalt mixes by incorporating reclaimed tires and reclaimed asphalt pavement (RAP) into our balanced mix designs.
necoPAVE is necoTECH’s premium asphalt product, engineered for high performance and sustainability. Utilizing advanced technology, necoPAVE incorporates recycled materials to deliver durable, eco-friendly paving solutions. Ideal for various construction projects, necoPAVE ensures superior quality and longevity while supporting a greener future.
HOTPOD is necoTECH’s innovative solution for efficient asphalt patching. This portable system heats and recycles existing asphalt for seamless, durable repairs. Compact and easy to transport, HOTPOD is perfect for quick, on-the-go pavement maintenance, embodying necoTECH’s commitment to sustainable infrastructure.
Our Asphalt Rejuvenation Machine (ARM) line includes 200, 300, and 550-gallon self-propelled systems. Designed for durability, they handle inclines, feature a reliable brake system, and offer unique ground speed control. With modular spray boxes, they can spray 8, 16, or 24-foot widths, providing flexibility and cost savings. Built with steel frames and tanks, these systems ensure years of heavy-duty use.
The Tankless Pavement Crack Sealer (TPCS) enables construction teams to seal asphalt cracks faster, safer, and cheaper than traditional methods. Similar to a tankless water heater, it quickly heats the sealant without exposing workers to open flames or super-heated materials. TPCS helps prevent cracks from worsening, saving future repair costs. Studies show that every dollar spent on crack sealing saves six dollars in future maintenance. The TPCS system replaces traditional equipment, improving efficiency, safety, and transportability while reducing operator error.
