Test Info
Densit supplies engineered solutions based on our unique high-strength and dense cement-based products
Cost-effective structural connections in foundations for Renewable Energy solutions
wear-resistant linings for components and pipe systems in processing plants
Structural reinforcement of oil and gas platforms

Ducorit® is used for high performance structural grouted connections in the business areas

Renewable Energy - Foundations Solutions and

Oil & Gas - Structural Subsea and Well Integrity Solutions

Densiphalt® is a composite paving material that combines the flexible properties of asphalt with the static bearing capacity and durability of concrete.

 

Densiphalt® makes a semi-flexible and joint-free topping system, well suited for use in heavily trafficked areas where flexibility, durability and wear resistance are high priorities.

 

You can find more information under Industrial Flooring and Pavements.

Densitop® is a thin high strength cementbased wearing course for use in extreme environments. Densitop® can be applied on both new and existing concrete.

 

You can find more information under Industrial Flooring and Pavements.

Densit® WearFlex is a range of extremely high strength compounds providing superior protection against moderate to severe wear - available as both low and high temperature products, catering for process temperatures up to 400°C (750°F) and 1200°C (2190°F) respectively.

 

You can find more information under Wear & Abrasion.

Densit® WearSpray is suitable for wear protection of large areas and system components with complex geometric shapes exposed to moderate to severe wear.

 

 

You can find more information under Wear & Abrasion.

Densit® WearCast is a range of extremely high strength compounds providing superior protection against moderate to severe wear - available as both low and high temperature products, catering for process temperatures up to 400°C (750°F) and 1200°C (2190°F) respectively.

Densit® WearCast can be cast in a wide range of shapes.

 

You can find more information under Wear & Abrasion.