Overview of High Stability Synthetic Surfactant Concrete Foaming Agent for Export Quality CLC

High Stability Synthetic Surfactant Concrete Foaming Agent for Export Quality CLC is a surfactant that generates large quantities of uniform, 物理的または化学的手段による安定した泡. この泡をセメント系スラリーとよく混ぜ合わせると (セメント, フライアッシュ, 等) 自然硬化または蒸気硬化, 内部が多数の密閉気泡で満たされた新しい軽量素材である発泡コンクリートを形成します。.

Features of High Stability Synthetic Surfactant Concrete Foaming Agent for Export Quality CLC

1. 高い発泡倍率: 発泡倍率が高く、希釈して使用可能. 1kgの濃縮物から大量の均一な泡が生成されます。, 大幅なコスト削減を実現.

2. 強い泡の安定性: 弾力性を生み出す, 均一に細かい泡の壁が崩れたり壊れたりしにくい. セメントスラリーからの圧力に効果的に耐えます, 最終製品内に独立した密閉された空気セルを確保.

3. 均一で微細な細孔構造: 発泡コンクリートは、閉じた球状の微細孔の理想的な内部構造を示します。, 優れた物性を保証.

4. 材料の消費量が少ない: 標準的な市場製品よりも少ない投与量で同等の密度および強度グレードを達成, コストを削減する.

5. 環境に優しく安全: 中性処方, 無毒, 無臭, 非腐食性, 環境や人間の健康に害を及ぼさない. グリーン建材として分類.

6. 幅広い適応性: 各種セメントとの相溶性に優れています (普通ポルトランドセメント、アルミネートセメントを含む) および混和剤. 素早い発泡作用と長い泡安定性.

Specifications of High Stability Synthetic Surfactant Concrete Foaming Agent for Export Quality CLC

High Stability Synthetic Surfactant Concrete Foaming Agent – Export Quality for CLC

製品概要

This foaming agent is made for producing high-quality Cellular Lightweight Concrete (CLC). It uses a synthetic surfactant base that gives strong, 安定した泡. 泡は混合中や注入中に形状を保持します。. This helps create uniform air cells in the final concrete product.

主な仕様

密度: 1.02–1.05 g/cm³ at 25°C
pH値: 6.5–7.5 (ニュートラルレンジ)
溶解性: 水に完全に溶ける
発泡倍率: 20:1 に 30:1
排水半減期: 以上 60 分
Storage Stability: No separation or sedimentation for up to 12 適切に保管された場合は数か月

パフォーマンスの特徴

エージェントが細かく作成します, closed air bubbles that stay intact under pressure. This leads to consistent density and strength in CLC blocks or panels. It works well with ordinary Portland cement and common additives. No extra equipment is needed—just mix with water as directed.

The formula resists hard water and performs reliably across different temperatures. It also reduces surface tension quickly, which helps foam form fast and evenly. Builders get smooth, crack-free CLC every time.

使用ガイドライン

使用 1 part foaming agent to 30–50 parts clean water. Mix with an air compressor or foam generator to produce stable foam. Add the foam directly into the cement slurry while mixing. Dosage may vary based on desired concrete density and local conditions. 常に最初に小さなバッチをテストする.

涼しいところに保管してください, 直射日光の当たらない乾燥した場所. Keep container sealed when not in use. 凍結を避ける. The product meets international standards for construction chemicals and is ready for export packaging.

Applications of High Stability Synthetic Surfactant Concrete Foaming Agent for Export Quality CLC

High Stability Synthetic Surfactant Concrete Foaming Agent for Export-Quality CLC

Reliable Performance in Every Batch

This synthetic surfactant foaming agent delivers consistent results for Cellular Lightweight Concrete (CLC). 安定したものを生み出します, uniform air bubbles during mixing. The foam stays intact under pressure and does not collapse before the concrete sets. This ensures even density and strong structural integrity in the final product.

Built for Demanding Export Standards

Manufacturers use this foaming agent to meet strict international quality requirements. It works well across different water types and temperatures. The formula resists hard water and maintains performance in varied climates. This makes it ideal for global projects where reliability matters.

使いやすい, Efficient Results

The agent mixes quickly with water using standard foam generators. Only a small amount is needed per batch, which lowers material costs. それはうまく生成します, closed-cell foam that improves insulation and reduces weight without sacrificing strength. Contractors see smoother pours and fewer surface defects.

Supports Sustainable Construction

Lightweight concrete made with this agent uses less cement and aggregate. That cuts down on raw material use and transportation weight. The end product offers better thermal insulation, helping buildings use less energy over time. These benefits align with green building goals worldwide.

主な特長:
– High foam stability and long drainage time
– 低用量要件
– Compatibility with common cement types
– Consistent bubble size for uniform concrete texture
– Non-toxic and safe for on-site handling

This foaming agent is trusted by producers who supply CLC blocks, パネル, and precast elements to markets in Europe, 中東, and Southeast Asia. Its dependable action helps avoid costly rework and delays on job sites.

会社概要

当社は、軽量コンクリートと高度な人工発泡ソリューションの世界的リーダーです。. 研究への取り組みで世界的に知られている, 革新, そして応用された専門知識, 当社は 2012 年代初頭から人工発泡ソリューションを提供してきました。.

高品質なコンクリート混和剤および発泡コンクリート関連製品を世界中に供給できます。.

会社には専門の技術部門と品質監督部門があります。, 設備の整った研究室, 高度な試験設備とアフターサービスセンターを備えています.

興味があれば, お気軽にお問い合わせください.

支払い

T/T, ウエスタンユニオン, ペイパル, クレジットカードなど.

出荷

飛行機で, 海によって, 速達で, 顧客の要求に応じて.

5 FAQs of High Stability Synthetic Surfactant Concrete Foaming Agent for Export Quality CLC

よくある質問: High Stability Synthetic Surfactant Concrete Foaming Agent for Export-Quality CLC

この発泡剤は何に使われますか?

この発泡剤は安定した状態を作ります。, セメント混合物中の均一な気泡. It is specially designed for producing high-quality Cellular Lightweight Concrete (CLC). The foam it generates helps reduce concrete density while keeping strength and insulation properties strong.

Why choose a synthetic surfactant over protein-based agents?

Synthetic surfactants offer better foam stability and consistency. さまざまな水質や温度でもうまく機能します。. Unlike protein-based types, they do not break down easily. This means your CLC blocks or panels will have even texture and fewer defects.

この製品は輸出市場に適していますか?

はい. This foaming agent meets international standards for performance and safety. It has been tested in various climates and production setups. Many overseas manufacturers use it to make CLC that passes strict quality checks.

発泡剤はどれくらいの量使えばいいですか?

Dosage depends on your mix design and desired density. A typical range is 1–2% by weight of water used in the foam solution. 常に最初に小規模なトライアルを実行する. Adjust the amount based on foam stability and final concrete results.

Does it affect the setting time or strength of CLC?

No major impact. 正しく使用すると, this agent does not delay setting or weaken the concrete. 実際には, it helps create a more uniform pore structure, which can improve compressive strength at low densities. Just follow recommended mixing procedures for best results.