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Concrete Concrete Concrete Decorative Architectural Concrete Flowable Green Green Roof Pervious Roller Self Consolidating Self-consolidating concrete, also known as self-compacting concrete (SCC), is a highly flowable, non-segregating concrete that spreads into place, fills formwork, and encapsulates even the most congested reinforcement, all without any mechanical vibration.
It is defined as a concrete mix that can be placed purely by means of its own weight, with little or no vibration.
From high rises in the city to sidewalks in your small town, Ozinga offers a performance concrete mix design that is best suited for your specific project.
With high-quality admixtures that improve placing, pumping, finishing, and consistency, as well as fiber-reinforced products that enhance concrete properties and eliminates the need for steel bars, Ozinga offers a variety of products that will help you leave something meaningful behind.
One of the primary influences affecting the surface aesthetics of concrete are bugholes.
Bugholes are surface voids that result from the migration of entrapped air (and to a lesser extent water) to the fresh concrete-form interface.
If needed, low dosages of viscosity modifier can eliminate unwanted bleeding and segregation.
Since its inception in the 1980s, the use of SCC has grown tremendously.
The moisture condition of a concrete slab is of significant importance for the application of moisture sensitive floor finishes such as vinyl composition tile, linoleum, wood flooring, and non-breathable coating like epoxy.
Shop our performance concrete mix designs to find the product best suited for your project.
The ever-increasing use of structural concrete as an architectural building material has catapulted quality in surface appearance to a prominent position within the concrete construction industry.
The development of high performance polycarboxylate polymers and viscosity modifiers have made it possible to create “flowing” concrete without compromising durability, cohesiveness, or compressive strength.
The flowability of SCC is measured in terms of spread when using a modified version of the slump test (ASTM C 143).