SikaPlast-222 PC | PCE based Super-plasticizers
SikaPlast-222 PC is a third generation polycarboxylate based superplasticizer for concrete. It has been particularly developed for use in precast concrete to give extended slump retention and high early strength development of concrete mixes. SikaPlast-222 PC is suitable for use in concrete mixes containing microsilica and other pozzolanic
SikaPlast-2000 P4 | Superplasticizers
SikaPlast -2000 P4 is a third generation low-mid range super plasticizer for concrete and mortar. It meets the requirements for super plasticizers according to ASTM C494 type G. SikaPlast -2000 P4 acts by different mechanisms. Through surface absorption and sterical separation effect on the cement particles, in parallel to the hydration process
Sika ViscoCrete-1050 SA | PCE based Super-plasticizers
Sika ViscoCrete-1050 SA is a polycarboxylate based superplasticizer developed particularly for use in ready mixed concrete to give extended slump retention and high strength development of high specification grade concrete mixes. Sika ViscoCrete-1050 SA is suitable for use in concrete mixes incorporating pozzolanic materials such as GGBS, PFA and microsilica. Suitable for
SikaPlast PC-100 | PCE based Super-plasticizers
SikaPlast PC-100 is a third generation polycarboxylate based superplasticizer for concrete. It has been particularly developed for use in precast concrete to give extended slump retention and high early strength development of concrete mixes. SikaPlast PC-100 is suitable for use in concrete mixes containing microsilica and other pozzolanic materials such as GGBS and fly ash.
SikaPlast-398 SF | Super Plasticizers
SikaPlast-398 SF is a 3rd generation polymer based high performance superplasticizer for producing soft consistency concrete. SikaPlast-398 SF conforms to type G when used at 0.8 - 1.0% dosage, depending on cement type used. SikaPlast-398 SF combines different modes of actions. By adsorption on the surface of the fines and keeping them
- What is a superplasticizer used for?
- Superplasticizers (SPs), also known as high range water reducers, are additives used for making high strength concrete or to place self-compacting concrete. Plasticizers are chemical compounds enabling the production of concrete with approximately 15% less water content. Superplasticizers allow reduction in water content by 30% or more.
- What is the difference between a plasticizer and a superplasticizer?
- Plasticizers are chemical compounds enabling the production of concrete with approximately 15% less water content. Superplasticizers allow reduction in water content by 30% or more. These additives are employed at the level of a few weight percent. Plasticizers and superplasticizers also retard the setting and hardening of concrete.
- Do superplasticizers reduce water in concrete mixes?
- The benefits obtained by Superplasticizers in the reduction of water in the concrete mixes are best illustrated by the following examples. With PPC (Flyash based) conforming to IS:1489-part-I-1991. 7 days strength 38.5 N/mm 2.
- What are the characteristics of super plasticizer?
- Super plasticizer provides an excellent development of early strength. Many important characteristics of concrete are influenced by the ratio (by weight) of water to cementitious materials (w/cm) used in the mixture. By reducing the amount of water. The cement paste will have higher density, which result in higher paste quality.
- What is polycarboxylate superplasticizer (PCE)?
- Polycarboxylate superplasticizer (PCE), the third generation of high-performance superplasticizer, follows the development of ordinary plasticizers and superplasticizers. It significantly reduces water content while enhancing concrete's workability, strength, and durability.
- What is globmarble super plasticizer?
- GlobMarble super plasticizer is especially optimized for plastification and water reduction of cementitious construction materials. Super plasticizer provides an excellent development of early strength. Many important characteristics of concrete are influenced by the ratio (by weight) of water to cementitious materials (w/cm) used in the mixture.
