Hydroplast 300

Product Description:

HYDROPLAST-300 is a glenium new generation high performing polycarboxylate ether super plasticizer with impressive water reducing and slump retention properties.

HYDROPLAST-300 allows for the  production high consistency mixed batches with low water –cement ratio , ensures  a controlled extended workability and improves early strength development. HYDROPLAST-300  is suitable for HOT and Cold Weather climate , minimizes bleeding and segregation tendencies.

Working Principle

HYDROPLAST-300 improves the cement dispersion within the concrete significantly. This property allows for the formation of a homogeneous and low viscosity cement paste which ensures an improved workability, extended workability and slump retention.

Primary Uses:

HYDROPLAST-300 is typically used to produce:

• Ready mix concrete
• Precast concrete
• Use in concrete where delayed setting and extended workability are desired.
• Mass-concrete pours.
• Ready-mixed concrete.
• Long distance transportation of concrete.
• Pumped concrete.
• Hot weather concreting.
• All concrete works where good workability and increased waterproofing properties are required. Such as: swimming pools, sea walls, tunnels, bridges, basement, etc.

HYDROPLAST-300 has been incorporated in concrete used for

• All types of high rise construction
• Purification structures
• Pre-stressed beams
• Foundation piles
• Diaphragm wall
• Towers and chimneys
• Tunnel linings
• Irrigation canals
• Airfield runways and roads

Advantages:

• Reduced mixing water while maintaining same workability.
• Improved workability & pumping properties.
• Improved physical & mechanical properties.
• Improved surface finish.
• Improved cohesion minimizes risks of segregation, bleeding and creep.
• Denser concrete improves waterproofing properties and protection of reinforcement steel against detrimental water-borne ion attack.
• Water-based, non-flammable, non-toxic.
• Chloride-free; suitable for pre-stressing.
• Specially formulated for hot weather concreting.
• Increased compressive and flexural strength.