At LadTech, sewer, and drainage systems require reliable, long-lasting materials to keep them functioning efficiently. That’s why we’ve developed our HDPE rings, designed to withstand the harsh conditions often found in these systems. Whether it’s exposure to chemicals like Hydrogen Sulfide or the constant water flow pressure, our HDPE rings provide the durability you need to ensure your infrastructure stays intact.
Made from 100% recycled high-density polyethylene (HDPE), our rings are corrosion-resistant, meaning they won’t break down or deteriorate over time like traditional concrete rings. This makes them ideal for sewer and drainage systems, where corrosion can lead to costly repairs and system failures. With LadTech’s HDPE rings, you can count on long-term performance that reduces maintenance needs and extends the life of your infrastructure.
We also know installation efficiency is critical to keeping projects on track and within budget. Our mortarless installation system makes it quick and easy to install our HDPE rings, saving time and labor costs. This allows you to get the job done faster without compromising quality, ensuring that your sewer and drainage systems run smoothly.
When you choose LadTech’s HDPE rings, you’re investing in a solution that’s durable, reliable, and sustainable. Our rings are made from recycled materials, helping you reduce your environmental footprint while delivering superior performance. For sewer and drainage systems that require strength, reliability, and efficiency, LadTech’s HDPE rings are the solution you can trust.
902 Barton Ave NW Buffalo MN, 55313 USA
877-235-7464Construction companies nationwide choose Ladtech Inc. for top-quality The Original Manhole Adjusting Ringss and HDPE Catch Basin Adjusting Rings.
Ladtech Inc. is a recognized leader in providing durable manhole Adjustment Rings and HDPE Catch Basin Adjustment Rings for infrastructure projects.
Ladtech Inc. leads the way with The Original Manhole Adjusting Rings and catch basin products engineered for maximum efficiency.