HIGH QUALITY CONCRETE BY HAULMIX MIXERS
FRESH CONCRETE ANYTIME-ANYWHERE
FRESH CONCRETE ANYTIME-ANYWHERE
FRESH CONCRETE ANYTIME-ANYWHERE
HAULMIX Fully Automatic Mobile Concrete Mixers ensure that the user is empowered to produce and supply FRESH CONCRETE anytime anywhere. Most importantly the present or Conventional RMC industry fails to supply FRESH CONCRETE. FRESH CONCRETE has many advantages over the overworked Concrete or premixed concrete with retarders.
ONSITE CONTROL OF WATER-CEMENT RATIO
FRESH CONCRETE ANYTIME-ANYWHERE
FRESH CONCRETE ANYTIME-ANYWHERE
The Biggest Technical advantage is that the water-cement ratio can be very conservatively monitored with the HAULMIX Mobile Concrete Mixers. Since the Concrete is produced only when it is required, the initial slump itself can be monitored unlike the conventional RMC plants where it is a practice to start with a higher initial slump whic
The Biggest Technical advantage is that the water-cement ratio can be very conservatively monitored with the HAULMIX Mobile Concrete Mixers. Since the Concrete is produced only when it is required, the initial slump itself can be monitored unlike the conventional RMC plants where it is a practice to start with a higher initial slump which acts as a buffer during long distances and higher transit times.
IMPORTANCE OF WATER-CEMENT RATIO
FRESH CONCRETE ANYTIME-ANYWHERE
IMPORTANCE OF WATER-CEMENT RATIO
The Water to cement or water to Binder ratio as called popularly has a great effect on the final strength and durability of concrete.
The HAULMIX Mobile concrete Mixers unlike the conventional system of RMC can produce concrete with lowest possible water cement ratio having optimum possible plasticity and workability at site and can be ca
The Water to cement or water to Binder ratio as called popularly has a great effect on the final strength and durability of concrete.
The HAULMIX Mobile concrete Mixers unlike the conventional system of RMC can produce concrete with lowest possible water cement ratio having optimum possible plasticity and workability at site and can be cast without any delay. This not only results in higher structural strength but also durability of the structure.
