ポリカルボン酸系減水剤の概要

ポリカルボン酸系減水剤 (PCE) コンクリート製造に使用される高性能混和剤で、水とセメントの比率を下げながら作業性と強度を向上させます。. PCE は優れた分散効果で知られています, 強度や耐久性を損なうことなくコンクリートの流動性を向上させます。. 環境に優しく、幅広い建設用途に適しています。.

ポリカルボン酸系減水剤の特長

高い流動性: コンクリート混合物の流動性を改善します.

強度の強化: 初期および長期の圧縮強度と曲げ強度の両方を向上させます.

節水: 水分含有量を最大で効果的に削減します。 40% 作業性を損なうことなく.

環境への配慮: 従来の減水剤と比較して有害な化学物質の含有量が少ない.

互換性: さまざまな種類のセメントや補助的なセメント質材料との併用に適しています。.

時間設定コントロール: 必要に応じて硬化時間を加速または遅らせるように配合可能.

Specifications of concrete admixture polycarboxylate superplasticizer monomer HPEG2400

製品仕様: Polycarboxylate Superplasticizer Monomer HPEG2400

基本的な詳細

HPEG2400 is a high-performance monomer made use of to make polycarboxylate-based superplasticizers for concrete. It has a molecular weight of about 2400 g/mol This product looks like a white to light yellow flake or powder. It liquifies easily in water and shows excellent security under typical storage space problems.

Trick Technical Feature

Molecular weight: 2300– 2500 グラム/モル.
Hydroxyl worth: 22– 26 mg KOH/g
Acid value: ≤ 1.0 mg KOH/g
水分含有量: ≤ 0.8%.
pH (10% 液体オプション): 5.0– 7.0.
純度: ≥ 95%.

These values make certain regular performance when HPEG2400 is used in manufacturing superplasticizers. The low dampness and acid material assistance preserve response effectiveness throughout manufacturing.

パフォーマンス上の利便性

When utilized in concrete admixtures, HPEG2400 assists develop superplasticizers with strong water-reducing ability. Concrete combined with these admixtures streams far better without losing strength. The resulting mix likewise keeps its workability longer, which is useful for long-distance transportation or hot weather. Structures made with this admixture program enhanced resilience and lower permeability.

取り扱いと保管

Shop HPEG2400 in a dry, cool location far from straight sunshine. Maintain the packaging sealed snugly to prevent wetness absorption. 清潔に使用する, completely dry devices when dealing with the material. Put on common protective gear like gloves and safety glasses. Do not shop near solid oxidizing representatives or acids.

包装

アイテムは次の場所にあります。 25 kg multi-layer paper bags with an inner plastic lining. Personalized product packaging alternatives are readily available upon request. Each batch includes a certification of analysis revealing complete conformity with mentioned requirements.

Applications of concrete admixture polycarboxylate superplasticizer monomer HPEG2400

Applications of Polycarboxylate Superplasticizer Monomer HPEG2400

高性能コンクリート製造

HPEG2400 is an essential raw material used to make polycarboxylate-based superplasticizers. These superplasticizers considerably improve the workability of concrete without adding added water. Building contractors use them to create high-strength, self-compacting, and pumpable concrete mixes. The outcome is smoother placement, much better surface, and stronger last structures.

プレキャストおよびプレストレストコンクリート

プレキャストプラントでは, time and efficiency issue. HPEG2400-derived superplasticizers assistance achieve quickly demolding and early stamina gain. This means mold and mildews can be reused faster, boosting efficiency. The reduced water-cement ratio also causes denser concrete with fewer surface flaws– suitable for architectural panels, 光線, and train sleepers.

生コンクリート

Ready-mix suppliers rely on regular efficiency over long hauls. Superplasticizers made with HPEG2400 maintain slump retention for hours, 暑い天気でも. This ensures the concrete comes to the work site all set to put, with no loss in flow or high quality. Specialists get dependable results without needing to readjust mix styles on-site.

Lasting Building

使用する HPEG2400 sustains greener structure practices. Since it allows reduced concrete web content while maintaining toughness, it reduces CO two exhausts from manufacturing. It also functions well with auxiliary materials like fly ash or slag, helping reduce waste and preserve natural deposits.

Tunneling and Infrastructure Tasks

For underground job or huge infrastructure, liquid yet stable concrete is crucial. HPEG2400-based ingredients deliver the right equilibrium– high circulation for simple shot right into limited areas, however minimal segregation or blood loss. This makes them ideal for shotcrete, diaphragm walls, and bridge decks where sturdiness and accuracy are crucial.

会社紹介

コンクリートなどへようこそ, 高性能コンクリート混和剤の大手プロバイダー, 当社のプレミアムコンクリート減水剤を含む. 世界市場での長年の経験を活かして, 当社は世界中の建設プロジェクトの品質と効率を向上させるために設計された高度なソリューションを提供しています. 当社の最先端の製造施設は、国際基準を満たす最高品質の製品を保証します。. 私たちは卓越した顧客サービスに誇りを持っています, テクニカルサポート, 特定のプロジェクトのニーズを満たすためにカスタマイズされたソリューション. 信頼性を高めるために私たちと提携してください, 革新的な, プロジェクトを前進させるコスト効率の高いコンクリート混和剤. 詳細については、www.concreteandmore.de/ をご覧ください。. 一緒に未来を築きましょう!

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支払い方法

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.

発送方法

飛行機で, 海によって, 速達で, 顧客の要求に応じて.

5 FAQs of concrete admixture polycarboxylate superplasticizer monomer HPEG2400

Frequently Asked Questions About HPEG2400 Monomer

What is HPEG2400?

HPEG2400 is a key raw material used to make polycarboxylate superplasticizers. It stands for Hydroxy-Terminated Polyethylene Glycol with a molecular weight of 2400. This monomer helps create high-performance concrete additives that improve workability and strength.

Why is HPEG2400 used in concrete admixtures?

Builders use HPEG2400 because it gives superplasticizers strong water-reducing power. Concrete mixed with these admixtures flows better without adding extra water. This leads to higher strength, 透過性が低い, and longer service life for structures.

How does HPEG2400 affect concrete performance?

Concrete made with HPEG2400-based superplasticizers keeps its slump longer. That means it stays workable during transport and placement. It also reduces water demand by up to 30%, which directly boosts compressive strength and durability.

Is HPEG2400 safe to handle?

はい, HPEG2400 is non-toxic and stable under normal storage conditions. まだ, users should wear gloves and eye protection when handling it. 乾燥した状態で保管してください, cool place away from direct sunlight to keep quality consistent.

What makes HPEG2400 better than other monomers?

HPEG2400 has a narrow molecular weight distribution. This gives more predictable results in the final superplasticizer. Its hydroxyl end groups react cleanly during synthesis, leading to fewer side products and higher efficiency in concrete. Many producers choose it for consistent, high-quality output.