Hyper Plasticizing admixture concrete-AFZIR Retrofitting Co

High Range Water Reducing Admixture

Name: High Range Water Reducing Admixture - Afzir co
Brand: Afzir co
Availability: InStock
Rating: 5 (2 reviews)

Product ID: 4655

The High Range Water Reducing Admixture (HWR™) is a superplasticizer and concrete water reducer, representing the latest advancement in this field. It belongs to the third generation of plasticizers and concrete water reducers, all based on polycarboxylate and operate through a simple mechanism. This mechanism involves charging (ionizing) the cement particles, resulting in a repulsive force among them and facilitating concrete flow.
HWR™ is a polycarboxylate-based superplasticizer and a potent water-reducing concrete additive. By significantly reducing the required water content of concrete, it effectively enhances its performance without compromising its qualities. Additionally, the use of this type of plasticizer minimizes the need for vibration during the concreting process.
The application of HWR™ as a concrete additive leads to improved fluidity by dispersing cement particles within the mixture. Simultaneously, the reduced water-to-cement ratio contributes to increased compressive strength. Overall, these benefits translate into substantial cost savings in concrete production and construction, owing to the significant reduction in water content and the ability to utilize lower-grade cement.

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Product introduction Related documents

Product introduction High Range Water Reducing Admixture

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PRODUCT DESCRIPTION

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The High Range Water Reducing Admixture (HWR™) is a cutting-edge solution for enhancing concrete performance and efficiency. As a superplasticizer and water reducer, HWR™ represents the latest advancements in concrete admixtures. Its innovative formulation, based on polycarboxylate technology, sets a new standard for concrete additives.
HWR™ is designed to significantly reduce the water-cement ratio in concrete mixes while maintaining optimal workability. Ionizing cement particles creates a repulsive force among them, resulting in improved flowability and increased strength. This unique mechanism of action allows for producing high-quality concrete with enhanced durability.
This versatile admixture is compatible with various concrete applications, offering exceptional ease of use and compatibility. It conforms to the rigorous standards set by ASTM C494, ensuring reliability and consistency in every batch.
By utilizing HWR™, concrete producers and contractors can experience numerous benefits. First and foremost, it enables substantial water reduction, enhancing concrete performance without compromising structural integrity. This reduction in water content translates into improved compressive strength and reduced drying shrinkage, resulting in more durable and long-lasting structures.
Moreover, HWR™ contributes to increased efficiency during the concrete production process. Its excellent dispersing properties lead to better particle distribution, enhancing the fluidity and workability of the concrete mix. This reduces the need for excessive vibration during concreting, saving time and resources.

The High Range Water Reducing Admixture (HWR™) is the ultimate solution for achieving high-performance concrete with superior strength, durability, and workability. With its advanced formulation and exceptional properties, HWR™ empowers construction professionals to push the boundaries of concrete excellence and deliver outstanding project results.

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Features

It has super-plasticizer properties of concrete
Has strong water reduction properties
Increase concrete slump
Increasing the strength and durability of concrete
Reduction of shrinkage and permeability in concrete
Reduced separation even at high drops
Increasing the compressive strength of concrete
Increased flexural strength

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Applications

This super-plasticizer can be used in all types of concrete, including ordinary concrete, prefabricated concrete and self-compacting concrete.

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Packaging

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Colour

Light Brown

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chemical base	polycarboxylate
Physical base	liquid
density	1.08±0.02g/cm3
Chloride	no

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Familiarize yourself with the product: Understand the properties and mechanism of action of HWR™.
Conduct thorough testing: Test HWR™ dosage and its effects on workability, strength, etc.
Follow manufacturer’s guidelines: Adhere to handling, dosing, and compatibility recommendations.
Consider project specifications: Tailor the concrete mix design with HWR™ to meet project requirements.
Optimize concrete mix design: Use HWR™ to achieve higher strength and durability while minimizing issues.
Monitor concrete performance: Regularly assess the workability, strength, and durability of HWR™ mixes.
Collaborate with suppliers and contractors: Communicate and work together to address challenges.
Stay updated on industry advancements: Keep informed about the latest research and standards.

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Understand the product: Gain knowledge about the properties and limitations of HWR™.
Follow recommended dosages: Adhere to the manufacturer’s recommended dosage rates for HWR™.
Train your team: Provide training on proper handling and application of HWR™.
Conduct trial mixes: Test HWR™ in trial mixes to optimize the concrete mix design.
Ensure proper mixing and placement: Follow best practices for mixing and placing concrete with HWR™.
Monitor concrete quality: Regularly test and assess concrete properties when using HWR™.
Collaborate with suppliers and engineers: Maintain communication and seek their expertise.
Document and learn from experiences: Keep records to improve future projects.
Stay updated on industry trends: Stay informed about concrete technology advancements.

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Additive Consumption Amount:

The recommended dosage of the additive is between 400 to 1700 ml per 100 kg of cement.

Additive Mixing:

The product can be added to the concrete mixing water at the beginning or end of the process.
For more effective water reduction, it is advised to add the plasticizer to the mixing water at the end.

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Adherence to specifications: Follow the manufacturer’s specifications and ensure the purchased HWR™ meets the required standards.
Storage and handling: Properly store and handle HWR™ to prevent contamination or exposure to moisture.
Batch testing: Regularly test HWR™ batches for water reduction and workability properties.
Dosage control: Implement accurate dosage control of HWR™ using calibrated measuring equipment.
Compatibility testing: Verify compatibility of HWR™ with other admixtures, cement types, or additives.
Workability and consistency: Monitor and adjust the workability of concrete mixes containing HWR™.
Strength and durability testing: Test concrete’s strength and durability properties with HWR™.
Documentation and records: Maintain comprehensive records of HWR™ usage and test results.
Continuous evaluation and improvement: Continuously assess HWR™ performance and collaborate with experts to optimize it.

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Technical Data Sheet (TDS)

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Safety Data Sheet (SDS)

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Drawings

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Technical documentation request

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Frequently Asked Questions

[sc_fs_multi_faq headline-0=”h2″ question-0=”Why is retarding additive used in concrete?” answer-0=”By slowing down the process of concrete curing in hot air, it uses concrete curing to bring concrete to its highest efficiency and properties. It also prevents the creation of cracks in concrete, which is caused by the process of quick setting of concrete in hot air.” image-0=”” headline-1=”h2″ question-1=”What is the mechanism of super plasticizers or extreme water reducers?” answer-1=”Super plasticizers are the third generation and the newest generation of plasticizer and concrete water reducing materials, all of which are based on polycarboxylate and have a simple mechanism that creates a repulsive force between cement particles by charging (ionizing) them. cement particles become; this is a factor in the flow of concrete. ” image-1=”” headline-2=”h2″ question-2=”What is the chemical basis of super plasticizer?” answer-2=”All are based on polycarboxylate.” image-2=”” headline-3=”h2″ question-3=”Do super- plasticizer and concrete reducers have feedback on the compressive strain of concrete?” answer-3=”Yes, super plasticizer increase the compressive strength of concrete.” image-3=”” headline-4=”h2″ question-4=” What is the biggest advantage of super plasticizer?” answer-4=”Super- plasticizer and strong reducers can significantly reduce the cost of concrete production and construction by reducing the water content of concrete and then reducing the cement grade in concrete.” image-4=”” count=”5″ html=”true” css_class=””]