Product Overview
Being a customer centric organization, we are involved in manufacturing, exporting, distributing and supplying a supreme quality range of HARD AND SHINE Glazing Agent Superplasticizer in Karnal, Haryana, India. SUPER PLASTICIZER OR DISPERSANTS ALSO KNOWN AS HIGH RANGE WATER REDUCERS. ARE CHEMICAL ADMIXTURES USED WHERE WELL-DISPERSED PARTICLE SUSPENSION IS REQUIRED. WHY IS DISPERSANTS USED IN CONCRETE DISPERSANTS OR WATER REDUCERS. AND SUPERPLASTICIZERS OR HIGH RANGE WATER REDUCERS. ARE CHEMICAL ADMIXTURES THAT CAN BE ADDED TO CONCRETE MIXTURES TO IMPROOVE WORKABILITY.UNLESS THE MIX IS "STARVED" OF WATER. THE STRENGTH OF CONCRETE IS INVERSELY PROPORTIONAL TO THE AMOUNT OF WATER ADDED OR WATER CEMENT (W/C) RATIO. Friends Our company has brought a chemical for contractors of concrete industry and manufactures of paving blocks, concrete tiles and other concrete products which is named Hard&Shine. Yes, it is clear from the name of HARD&SHINE that hard and shine does not only fulfill the requirements of hardener in your paving blocks and concrete tiles, but also it gives great shine on paving blocks and concrete tiles made by you. WHAT IS HARD&SHINE HARD&SHINE IS the next generation super plasticizer for concrete. Significant advances in dispersant chemistry have been made in the last decade. This includes the introduction and use of dispersants across all segments of the concrete industry. Prior to that, most dispersant chemistries had limitations with respect to making modifications to the molecule. However, the introduction of comb type dispersants has paved the way for developing molecules that will influence performance in specific and tailored ways. This is a tremendous technological advancement for the concrete industry as this enables the use of molecules developed for the sole purpose of dispersing Portland cement, whereas previous dispersants were mainly by products of other industries. Dealing with molecules designed for concrete applications has real advantages for concrete producers. Considering the architecture of a HARD&SHINE molecule allows one to better understand why there is so much promise and flexibility in their application to the concrete industry. First HARD&SHINE has classified as being comb polymers the name itself implies much about the structure of these molecules in that they are characterized as consisting of a backbone having pendant side chains, much like the teeth of a comb. For these molecules to be effective as dispersants, they must be attracted to the surface of a cement particle. The backbone of the HARD&SHINE molecules typically serves two functions: as the location of binding sites (to the surface of the cement particle) and to provide anchoring sites for the side chains of the molecule. The pendant Side chains serve as a steric, or physical, impediment to re-agglomeration of the dispersed cement grains. Due to the nature of the processes used to manufacture early synthetic dispersants, a chemists ability to manipulate their structure was limited. Typically, the structures obtained were complex and the processes were relatively difficult to control from a molecular design point of view. However, the nature of the chemistry that leads to HARD&SHINE is rich with possibilities. It allows a Chemist to design a dispersant that is an excellent water reducer versus a dispersant that may maintain high levels of workability over longer periods of time. However, the powerfully flexible chemistry behind HARD&SHINE is helpful only if one truly understands the nuances of the other materials in the concrete mixture. Ultimately, differences seen in concrete behavior often can be traced back to mineralogical differences in the cements and aggregates.
Being a customer centric organization, we are involved in manufacturing, exporting, distributing and supplying a supreme quality range of HARD AND SHINE Glazing Agent Superplasticizer in Karnal, Haryana, India. SUPER PLASTICIZER OR DISPERSANTS ALSO KNOWN AS HIGH RANGE WATER REDUCERS. ARE CHEMICAL ADMIXTURES USED WHERE WELL-DISPERSED PARTICLE SUSPENSION IS REQUIRED. WHY IS DISPERSANTS USED IN CONCRETE DISPERSANTS OR WATER REDUCERS. AND SUPERPLASTICIZERS OR HIGH RANGE WATER REDUCERS. ARE CHEMICAL ADMIXTURES THAT CAN BE ADDED TO CONCRETE MIXTURES TO IMPROOVE WORKABILITY.UNLESS THE MIX IS "STARVED" OF WATER. THE STRENGTH OF CONCRETE IS INVERSELY PROPORTIONAL TO THE AMOUNT OF WATER ADDED OR WATER CEMENT (W/C) RATIO. Friends Our company has brought a chemical for contractors of concrete industry and manufactures of paving blocks, concrete tiles and other concrete products which is named Hard&Shine. Yes, it is clear from the name of HARD&SHINE that hard and shine does not only fulfill the requirements of hardener in your paving blocks and concrete tiles, but also it gives great shine on paving blocks and concrete tiles made by you. WHAT IS HARD&SHINE HARD&SHINE IS the next generation super plasticizer for concrete. Significant advances in dispersant chemistry have been made in the last decade. This includes the introduction and use of dispersants across all segments of the concrete industry. Prior to that, most dispersant chemistries had limitations with respect to making modifications to the molecule. However, the introduction of comb type dispersants has paved the way for developing molecules that will influence performance in specific and tailored ways. This is a tremendous technological advancement for the concrete industry as this enables the use of molecules developed for the sole purpose of dispersing Portland cement, whereas previous dispersants were mainly by products of other industries. Dealing with molecules designed for concrete applications has real advantages for concrete producers. Considering the architecture of a HARD&SHINE molecule allows one to better understand why there is so much promise and flexibility in their application to the concrete industry. First HARD&SHINE has classified as being comb polymers the name itself implies much about the structure of these molecules in that they are characterized as consisting of a backbone having pendant side chains, much like the teeth of a comb. For these molecules to be effective as dispersants, they must be attracted to the surface of a cement particle. The backbone of the HARD&SHINE molecules typically serves two functions: as the location of binding sites (to the surface of the cement particle) and to provide anchoring sites for the side chains of the molecule. The pendant Side chains serve as a steric, or physical, impediment to re-agglomeration of the dispersed cement grains. Due to the nature of the processes used to manufacture early synthetic dispersants, a chemists ability to manipulate their structure was limited. Typically, the structures obtained were complex and the processes were relatively difficult to control from a molecular design point of view. However, the nature of the chemistry that leads to HARD&SHINE is rich with possibilities. It allows a Chemist to design a dispersant that is an excellent water reducer versus a dispersant that may maintain high levels of workability over longer periods of time. However, the powerfully flexible chemistry behind HARD&SHINE is helpful only if one truly understands the nuances of the other materials in the concrete mixture. Ultimately, differences seen in concrete behavior often can be traced back to mineralogical differences in the cements and aggregates.
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