Power microsilica gel

Description

Description: Power microsilica gel

Microsilica gel power with the main base of polycarboxylate ether and silica grime as main pillars and other supplements such as fillers, sealant materials and polypropylene fibers have been formulated and produced. Microsilica Power Gel has lower consumption and more water reduction than other microsilica products.

Features:

• Reduce water to cement ratio by 25%
• Ease of pumping concrete and reduce the depreciation of concrete equipment
• Reduce damage caused by lack of curing concrete in the early hours

Applications:

• Construction of strong and durable concrete
• Suitable for running reinforced and unreinforced concrete
• Suitable for bulky concrete pouring

Technical specification table:

Color	grey
Specific Gravity	gr/cm3  50/0+/-34/1
Standard	ASTMC-494TYPEF BS EN12390 BS1888 – 122 – 8
PH	7
Chlorine ion	Doesn’t have

 

Package:

25 Kg Bucket

Power Microsilica Gel – High-Efficiency Additive for Advanced Concrete Performance

Power Microsilica Gel is a next-generation, highly concentrated concrete admixture formulated for superior strength, workability, and durability. It is primarily based on polycarboxylate ether (PCE) technology combined with ultra-fine microsilica powder (also known as silica fume or silica grime), enhanced with advanced mineral fillers, sealing agents, and polypropylene reinforcement fibers. This specialized formulation ensures optimized cement hydration, reduced water usage, and long-lasting performance in demanding concrete applications.

What sets Power Microsilica Gel apart is its ultra-low dosage requirement and maximum water reduction capacity, outperforming conventional microsilica additives in both economy and efficiency. The integration of multiple synergistic compounds in a single gel ensures enhanced bonding at the microstructural level and long-term stability in aggressive environments.

Key Features and Technical Advantages

• Reduces Water-to-Cement Ratio by up to 25%: Dramatically improves concrete strength and density while maintaining excellent workability and flowability.
• Improved Pumpability and Equipment Longevity: Low viscosity and enhanced cohesion lead to smoother pumping with reduced friction, minimizing wear and tear on concrete transport and placement equipment.
• Early-Age Concrete Protection: Minimizes the negative impacts of insufficient curing in the first hours after pouring, reducing surface cracking, shrinkage, and early thermal stress.
• Improved Adhesion to Rebars: Creates a denser matrix that tightly bonds to steel reinforcements, enhancing structural integrity and resistance to corrosion.
• Controlled Setting Time: Allows enough time for placement and finishing while accelerating strength gain when needed.
• High Compressive and Flexural Strength: Delivers exceptional performance for structural elements under heavy loads or extreme environmental conditions.
• Low Permeability: Effectively seals concrete against water, chloride ions, and other aggressive chemicals that can cause degradation over time.
• Environmentally Friendly Formulation: Contains no chlorides or hazardous substances, making it safe for use in sustainable construction.

Applications of Power Microsilica Gel

Thanks to its unique formulation and multi-functional performance, Power Microsilica Gel is ideal for a wide range of concrete applications, including but not limited to:

• High-Strength Concrete Structures: Columns, beams, foundations, and slabs that require superior compressive and tensile strength.
• Bulk Concrete Casting: Excellent for large pours in mass structures such as dams, retaining walls, basements, and heavy footings, where internal heat management and crack control are crucial.
• Reinforced and Non-Reinforced Concrete: Enhances durability and structural performance in both types, reducing shrinkage and improving dimensional stability.
• Precast Concrete Production: Improves early demolding strength, surface finish, and dimensional accuracy for precast panels, pipes, and segments.
• Infrastructure and Civil Engineering Projects: Bridges, highways, tunnels, and marine structures where longevity and resistance to environmental factors are paramount.
• Shotcrete and Sprayed Concrete Applications: Ensures better adhesion, reduced rebound, and uniform layer formation in tunnel linings, slope protection, and architectural surfaces.

Technical Specification Table

Property	Value
Appearance	Grey
Specific Gravity	1.34 ± 0.05 g/cm³
pH Value	~7
Chloride Ion Content	None (Non-Corrosive, Safe for Steel)
Standards Compliance	ASTM C-494 Type F, BS EN 12390, BS 1881-122-8
Main Components	Polycarboxylate Ether, Microsilica Powder, Fibers, Fillers, Sealant Agents

This product fully meets the requirements of international standards for chemical admixtures in concrete, ensuring quality, consistency, and long-term reliability.

Packaging, Storage, and Handling

• Packaging: Supplied in moisture-proof, sealed 25 Kg buckets for ease of transport and use.
• Storage: Keep in a dry, ventilated space, away from direct sunlight and moisture. Protect from freezing temperatures and exposure to air after opening.
• Shelf Life: 12 months from manufacturing date under recommended storage conditions.

Why Choose Power Microsilica Gel for Your Projects?

Power Microsilica Gel is the professional’s choice for high-performance concrete where quality, efficiency, and longevity matter most. Whether you are building bridges or high-rise towers, pouring tunnel linings, or producing durable precast components, this product delivers measurable benefits:

• Optimized concrete design with reduced cement and water usage
• Improved sustainability through longer service life and reduced repairs
• Enhanced productivity and faster construction cycles
• Compatibility with other admixtures for tailored performance
• Ideal solution for high-performance concrete (HPC), ultra-high performance concrete (UHPC), and low-permeability concrete requirements

Conclusion

Power Microsilica Gel redefines the potential of modern concrete technology. By incorporating a powerful combination of water-reducing, densifying, and protective components, it enables engineers, contractors, and concrete producers to meet today’s rigorous construction demands with confidence. From high-rise buildings to infrastructure megaprojects, this additive ensures your concrete is not just strong—but smart, sustainable, and future-ready.