Products and systems for sustainable construction
Driving sustainable construction solutions for our customers is important to BASF, and we work closely with you to find the right solution for your most pressing challenges. Our portfolio of products and systems for sustainable construction help build and restore structure ecologically and economically.
Green Sense Concrete
An advanced concrete mixture optimization service where recycled materials are used with BASF chemical admixtures to produce high quality, environmentally-preferable concrete that can potentially help achieve LEED points.
Cement Reduction
A unique strength-enhancing admixture, Master X-Seed 55 allows for a reduction in cement content while also maintaining strength requirements to produce high quality, environmentally-preferable concrete for a sustainable solution.
Enhanced-Durability Concretes
High-performance concrete that economically extends the service life of concrete structures, thereby conserving materials and lowering the total cost of ownership.
Self-Consolidating Concrete (SCC) with MasterSure Z 60 workability-retaining admixture
Reduces energy consumption and CO2 emissions during construction while lowering safety impacts from placing concrete.
Cool-Colored Concrete with MasterColor Liquid Admixtures
Lighter admixture colors produce concrete that has higher Solar Reflectance (SR) which can reduce heat
island effect and lighting requirements.
Pervious Concrete
Innovative chemical admixture system helps produce pervious concrete, an economical, environmental solution for stormwater management. Recognized by the EPA as a Best Management Practice (BMP).
Strength-on-Demand Concrete
Cost-effective solution for overnight replacement of concrete pavements to reduce traffic congestion, energy use, and CO2 emissions.
Concrete Waste Management with MasterSet DELVO admixtures
Unique admixtures help producers control cement hydration to better manage returned plastic concrete and also reduce concrete wash water usage.
Fiber-Reinforced Concrete
The use of fibers in properly designed applications can improve durability through less shrinkage cracking and improve on site safety during installation.