Overview of Concrete Foaming Agent

Concrete foaming agents are substances that lower the surface tension of a solution, allowing gases like air to be uniformly dispersed throughout the mixture, creating a stable foam. This foam is then incorporated into concrete or mortar to produce lightweight, cellular concrete with improved insulation properties and reduced density. These agents are essential in applications requiring materials with high strength-to-weight ratios and excellent thermal insulation.

Features of Concrete Foaming Agent

Stability: Produces a durable foam that remains stable during mixing and curing processes.

Uniformity: Ensures even distribution of bubbles for consistent material properties.

Density Reduction: Significantly reduces the weight of concrete without compromising structural integrity.

Thermal Insulation: Enhances the insulative properties of concrete, making it ideal for energy-efficient construction.

Versatility: Compatible with various types of cementitious materials, suitable for diverse construction applications.

Environmental Impact: Often contributes to greener building solutions by reducing the amount of raw materials needed.

(CLC protein concrete foaming agent for cellular lightweight conrete)

Specifications of CLC protein concrete foaming agent for cellular lightweight conrete

The CLC Healthy Protein Concrete Frothing Agent is a high-performance additive developed for generating Mobile Lightweight Concrete (CLC). This natural, protein-based foaming agent produces secure, consistent air bubbles in cementitious mixes, lowering concrete density while improving thermal insulation and architectural performance. Perfect for light-weight blocks, panels, and protecting roofing screeds, it makes certain environmentally friendly, long lasting, and cost-efficient construction solutions. ** Structure **: Derived from hydrolyzed animal healthy proteins, the lathering agent is eco-friendly and devoid of artificial surfactants or unsafe chemicals. It is non-toxic, VOC-free, and follow international ecological criteria. ** Physical Qualities **: The fluid concentrate appears as a brown option with a moderate, natural odor. It has a pH of 6.5– 7.5 (1% remedy), a thickness of 1.01– 1.05 g/cm ³, and a viscosity of 10– 20 cP at 25 ° C. ** Functional Requirements **: Foam stability surpasses 95% over 1 day, guaranteeing very little bubble collapse throughout treating. The growth proportion ranges from 1:15 to 1:35 (foam quantity to service volume), flexible based on dilution. A normal dilution ratio of 1:30– 1:40 (agent-to-water) is suggested. Foam thickness varies between 40– 80 kg/m ³, making it possible for final concrete thickness of 400– 1800 kg/m ³. ** Application Guidelines **: Compatible with Portland concrete, fly ash, and slag-based mixes. Dose differs from 0.5– 2.5% by cement weight, depending on target thickness. Pre-foaming technique involves producing foam using a foam generator, which is after that combined with slurry. Ensures uniform cell structure, lessening shrinking or breaking. ** Efficiency Conveniences **: Produces CLC with compressive staminas of 2– 15 MPa, thermal conductivity of 0.1– 0.4 W/mK, and fire resistance approximately 4 hours. Boosts workability, minimizes dead tons, and boosts acoustic insulation. ** Safety and security & Storage Space **: Non-corrosive and secure for skin call (usage gloves). Store in sealed containers at 5– 35 ° C; avoid direct sunlight. Life span is 12 months. ** Packaging **: Available in 25-kg, 50-kg, or 200-kg drums. Adjustable upon demand. Complies with ASTM C869, IS 2185, and EN 12350 standards. Suitable for automatic CLC plants and hands-on applications. Maximizes material usage, cuts transport prices, and supports sustainable construction methods.

(CLC protein concrete foaming agent for cellular lightweight conrete)

Applications of CLC protein concrete foaming agent for cellular lightweight conrete

CLC protein concrete lathering representatives are specialized ingredients made to create top quality mobile lightweight concrete (CLC), a versatile material known for its low thickness, thermal insulation, and structural efficiency. Originated from hydrolyzed all-natural healthy proteins, these lathering representatives produce secure, uniform foam that develops evenly dispersed air pockets within the concrete matrix. This results in light-weight, resilient, and environment-friendly CLC with applications throughout residential, industrial, and commercial construction.

** Key Applications: **.
1. ** Shielded Walls & Roofs: ** CLC’s low thermal conductivity makes it suitable for energy-efficient walls and roofing systems. The protein foaming representative ensures regular air gaps, enhancing insulation and lowering heating/cooling costs. Its light-weight nature reduces architectural tons, enabling cost-effective layouts.
2. ** Flooring Screeding & Progressing: ** CLC is utilized for light-weight flooring screeds, offering thermal and acoustic insulation while minimizing dead weight on floors. The foam’s security guarantees a smooth, crack-resistant surface.
3. ** Gap Filling Up & Trench Remediation: ** CLC’s flowability and reduced thickness make it suitable for filling underground voids, deserted pipelines, or trenches without exerting pressure on surrounding structures.
4. ** Prefabricated Blocks & Panels: ** The product is molded into lightweight blocks, dividers panels, or prefab elements, offering simplicity of handling and faster building and construction. Protein-based foam enhances item uniformity and stamina.
5. ** Fireproof Structures: ** CLC’s inorganic make-up and air-entrained framework give inherent fire resistance, perfect for firewalls and safety barriers.
6. ** Eco-friendly Building Tasks: ** As a sustainable choice, CLC with healthy protein frothing agents supports LEED qualification by lowering material usage and carbon impact.

** Perks of Protein-Based Foaming Agents: **.
– ** Eco-Friendly: ** Naturally degradable and safe, straightening with environment-friendly building and construction techniques.
– ** Superior Performance: ** Steady foam ensures uniform cell framework, boosting compressive toughness and sturdiness.
– ** Price Effectiveness: ** Lowers basic material use, labor, and long-lasting energy expenses.
– ** Convenience: ** Adaptable to diverse thickness (400– 1800 kg/m ³) for structural or insulation functions.

CLC healthy protein foaming representatives transform conventional concrete right into a multifunctional material, stabilizing sustainability with efficiency. Their applications cover modern construction demands, from energy-efficient real estate to resistant framework, making them a vital device for cutting-edge, eco-conscious building remedies.

Company Introduction

Welcome to Footprintbooks, a leading supplier in the international market for high-quality concrete admixtures. Our extensive product range includes superplasticizers, waterproofing agents, accelerators, and more, designed to meet diverse construction needs. With cutting-edge technology and stringent quality control, we ensure our products enhance durability, workability, and sustainability of concrete structures. Committed to excellence, we serve customers across the globe, offering tailored solutions and exceptional service. Partner with us for reliable and innovative concrete admixture solutions that build the foundations of tomorrow’s world.

If you have any questions, please feel free to contact us(nanotrun@yahoo.com).

Payment Methods

T/T, Western Union, Paypal, Credit Card etc.

Shipment Methods

By air, by sea, by express, as customers request.

5 FAQs of CLC protein concrete foaming agent for cellular lightweight conrete

What is a CLC protein concrete foaming agent, and how does it work? A CLC protein-based foaming agent is a natural organic compound derived from hydrolyzed proteins, often animal or plant-based. It creates stable, uniform foam when mixed with water and air, which is then blended with cement slurry to form Cellular Lightweight Concrete (CLC). The proteins reduce surface tension, allowing air bubbles to form and stabilize within the concrete matrix, resulting in a lightweight, insulating, and durable material.

What are the advantages of using a protein-based foaming agent over synthetic alternatives? Protein-based foaming agents are eco-friendly, biodegradable, and non-toxic, making them safer for workers and the environment. They produce smaller, more stable bubbles compared to synthetic agents, leading to higher compressive strength, better thermal insulation, and reduced risk of foam collapse during mixing or pouring. Protein agents also integrate well with cement matrices, minimizing segregation and enhancing structural integrity.

What is the recommended dosage for a protein foaming agent in CLC production? The typical dosage ranges between 1% to 3% by weight of the cement content, depending on desired density, foam stability, and local mix design. Lower densities (400–800 kg/m³) may require higher concentrations, while structural CLC (1,200–1,800 kg/m³) uses less. Always conduct trial batches to optimize ratios for specific project requirements.

How should the protein foaming agent be stored, and what is its shelf life? Store the foaming agent in a cool, dry place away from direct sunlight and temperatures above 40°C (104°F). Ensure containers are tightly sealed to prevent contamination or evaporation. Most protein foaming agents have a shelf life of 6–12 months if stored properly. Avoid freezing, as it can degrade protein structures and reduce foaming efficiency.

Is the protein foaming agent safe to handle, and does it pose any environmental risks? Yes, protein-based foaming agents are non-hazardous and safe when handled with basic PPE (gloves, goggles). They are free from toxic chemicals, VOCs, and synthetic surfactants, posing minimal risk to soil or water systems. However, avoid direct skin or eye contact, as concentrated solutions may cause mild irritation. The agent breaks down naturally over time, aligning with sustainable construction practices.

(CLC protein concrete foaming agent for cellular lightweight conrete)