Overview of CLC Protein Concrete Foaming Agent for Cellular Lightweight Conrete

CLC Protein Concrete Foaming Agent for Cellular Lightweight Conrete is a surfactant that generates large quantities of uniform, schiuma stabile con mezzi fisici o chimici. Quando questa schiuma viene accuratamente miscelata con una boiacca a base di cemento (cemento, cenere volante, ecc.) e stagionato naturalmente o con vapore, forma un nuovo materiale leggero, il cemento espanso, riempito internamente con numerose celle d'aria chiuse.

Features of CLC Protein Concrete Foaming Agent for Cellular Lightweight Conrete

1. Elevato rapporto di moltiplicazione della schiuma: L'elevato rapporto di moltiplicazione della schiuma consente la diluizione prima dell'uso. Un chilogrammo di concentrato genera un grande volume di schiuma uniforme, offrendo notevoli risparmi sui costi.

2. Forte stabilità della schiuma: Produce resilienza, pareti di schiuma uniformemente fini che resistono al collasso o alla rottura. Resiste efficacemente alla pressione della boiacca cementizia, garantendo celle d'aria indipendenti e sigillate all'interno del prodotto finito.

3. Struttura dei pori uniforme e fine: Il calcestruzzo espanso presenta una struttura interna ideale di micropori sferici chiusi, garantendo proprietà fisiche superiori.

4. Basso consumo di materiale: Raggiunge densità e resistenza equivalenti con un dosaggio inferiore rispetto ai prodotti standard del mercato, riducendo i costi.

5. Ecologico e sicuro: Formulazione neutra, non tossico, inodore, e non corrosivo, che non comportino alcun danno per l’ambiente o la salute umana. Classificato come materiale da costruzione verde.

6. Ampia adattabilità: Ottima compatibilità con diversi cementi (compreso il cemento Portland ordinario e il cemento alluminato) e additivi. Azione schiumogena rapida con stabilità estesa della schiuma.

Specifications of CLC Protein Concrete Foaming Agent for Cellular Lightweight Conrete

This foaming agent makes lightweight concrete. It uses protein technology. Questo crea forte, bolle stabili. The bubbles form inside the concrete mix. This results in Cellular Lightweight Concrete (CLC). CLC has many good points.

The agent works well. It produces a lot of foam. La schiuma dura a lungo. It doesn’t collapse easily. You get consistent bubble sizes. This makes the concrete strong. You control the density easily. Lower density means better insulation. Higher density means more strength. You pick what you need.

Using this agent saves material. Less cement is needed. Less sand is needed too. This cuts costs. The final concrete is lighter. This helps with construction. It makes building faster. Handling is easier. Transporting is cheaper.

The concrete has good qualities. It resists fire well. It blocks sound effectively. It keeps heat out or in. This improves building comfort. It’s also eco-friendly. It uses less material. It saves energy during use.

Mix the agent with water first. Use a foam generator. Add the foam to your cement slurry. Follow the right ratio. The ratio affects the final density. Use the recommended mixing time. Too short is bad. Too long is also bad. Get the right consistency.

This foaming agent is reliable. It performs consistently batch after batch. It’s designed for modern construction demands. It helps build lighter structures. It helps build stronger structures. It helps build more efficient buildings.

Applications of CLC Protein Concrete Foaming Agent for Cellular Lightweight Conrete

CLC Protein Concrete Foaming Agent makes lightweight concrete. This special agent creates stable bubbles in cement mixtures. The bubbles form air pockets throughout the concrete after it sets. This makes the concrete much lighter than normal concrete. It is called Cellular Lightweight Concrete, or CLC for short.

The foaming agent is key. It ensures the bubbles stay strong during mixing and pouring. This creates a uniform cell structure inside the concrete. Good bubbles mean the concrete is strong and lightweight. It also has great insulating properties. CLC blocks are easy to handle. Workers can cut them and shape them easily. This saves time on building sites.

CLC has many uses because it is light and insulates well. Builders use it for thermal insulation layers on roofs and walls. It keeps buildings warm in winter and cool in summer. This cuts heating and cooling costs. It is also perfect for non-load bearing partition walls inside buildings. These walls separate rooms quickly and add insulation.

Another use is filling unused spaces. Builders pump CLC into old pipes, tunnel, or gaps under floors. It fills these voids completely and prevents future settling. The material is self-leveling and flows easily. Its light weight does not put extra pressure on existing structures.

CLC is excellent for creating lightweight structures. Builders form precast blocks or panels. They also pour entire wall sections on site. This reduces the overall weight of buildings. It means foundations can be smaller and cheaper. The material works well for soundproofing too. Walls made with CLC block noise effectively. Builders value its fire resistance properties. It adds safety without extra weight.

Profilo Aziendale

Siamo il leader globale nelle soluzioni di calcestruzzo leggero e schiuma ingegnerizzata avanzata. Conosciuta a livello mondiale per il suo impegno nella ricerca, innovazione, e competenza applicata, forniamo soluzioni in schiuma ingegnerizzata dall'inizio del 2012.

Siamo in grado di fornire additivi per calcestruzzo e prodotti correlati al calcestruzzo espanso di alta qualità in tutto il mondo.

L'azienda dispone di un dipartimento tecnico professionale e di un dipartimento di supervisione della qualità, un laboratorio ben attrezzato, e dotato di apparecchiature di collaudo avanzate e centro di assistenza clienti post-vendita.

Se sei interessato, non esitate a contattarci.

Pagamento

T/T, Unione occidentale, PayPal, Carta di credito ecc.

Spedizione

In aereo, via mare, per espresso, come richiedono i clienti.

5 FAQs of CLC Protein Concrete Foaming Agent for Cellular Lightweight Conrete

CLC Protein Concrete Foaming Agent helps make Cellular Lightweight Concrete. This concrete is lighter than regular concrete. It has many air bubbles inside. People have questions about this foaming agent. Here are answers to five common ones.

What does this foaming agent do? It creates stable foam bubbles when mixed with water and air. This foam gets mixed into cement slurry. The foam makes the concrete lighter. It also gives better heat and sound insulation. The concrete is easier to cut and shape later.

Why choose protein-based over synthetic foaming agents? Protein agents usually make stronger foam. This foam lasts longer during mixing and pouring. It helps make a more even bubble structure in the hardened concrete. This means the final concrete blocks are stronger. They resist cracking better. Protein agents are also often better for the environment.

How do you mix and handle the concentrate? Follow the supplier’s instructions carefully. Always dilute the concentrate with clean water first. Use the dilution ratio they recommend. This ratio depends on the foam volume you need. Use a stable foam generator designed for CLC production. Check the diluted solution doesn’t sit too long before use. Stir it gently if needed.

What affects the foam quality? Several things matter. Water quality is important. Use clean water without impurities. The water temperature should be right. The pressure and air volume settings on the foam generator must be correct. The mixing time for the foam needs attention. The agent concentration in the solution is critical. Get these factors right for strong, lasting foam.

How do you know the foaming agent performs well? Good foam should drain slowly. Slow drainage means stable foam. The foam should be dense and fine-textured. It should hold its shape well. The bubbles should be small and uniform. This makes lightweight concrete with consistent density. Higher density concrete blocks are stronger. Lower density blocks are lighter and better insulators. Check the final concrete’s strength and density.