Hyperplast PC195
High performance polycarboxylic based superplasticiser with excellent workability retention performance
Hyperplast PC195 is a high performance super plasticising admixture based on polycarboxylic polymers with long chains specially designed to enable the water content of the concrete to perform more effectively.
This effect can be used in high strength concrete and flowable concrete mixes, to achieve the highest concrete durability and performance, as well as maintaining the workability retention of fresh concrete mixes.
- Optimises cement utilization.
- High density and impermeable concrete through very high water reduction.
- Improves workability retention.
- Improves shrinkage and creep behaviors.
- Minimizes segregation and bleeding problems by improving cohesion.
- Higher early and ultimate compressive strengths.
- Increases durability and resistance to aggressive atmospheric conditions thorough reduced permeability.
- Production of extended workability concrete.
- High strength and high performance concrete.
- Structures with congested reinforcement.
- Improved cohesion allow for use in mass concrete pours and piling.
- Suitable for long concrete deliveries.
Hyperplast PC195 is available in 25 liters jerrycan, 210 liters drums and 1000 liters bulks supply.
Hyperplast PC195 has a shelf life of 12 months from date of manufacture if stored at temperatures between 2°C and 50°C.
The recommended dosage of Hyperplast PC195 is between 0.3 - 1.5 litre per 100 kg of cement or cementitious materials in the mix including GGBFS, PFA
or micro-silica.
Dosages outside the typical range given above up to 2.5 litre per 100 kg of cement content may be used to meet further retardation in setting time, more workability retention or other particular requirements.
Representative trials should be conducted to determine the optimum dosage of Hyperplast PC195 to meet the performance requirements by using the materials and conditions in actual use.
Hyperplast PC195 complies with ASTM C494, Type A and G, depending on dosage used.
