Overview of Concrete Foaming Agent for Lightweight Concrete Using Recycled Aggregates

Concrete Foaming Agent for Lightweight Concrete Using Recycled Aggregates is a surfactant that generates large quantities of uniform, busa stabil ngaliwatan sarana fisik atawa kimiawi. Nalika busa ieu tuntas dicampurkeun jeung slurry dumasar-semén (semén, lebu ngapung, jsb.) sareng diubaran sacara alami atanapi nganggo uap, eta ngabentuk novél bahan lightweight-busa beton-internal ngeusi sababaraha sél hawa katutup.

Features of Concrete Foaming Agent for Lightweight Concrete Using Recycled Aggregates

1. Rasio Multiplikasi Busa Tinggi: Rasio multiplikasi busa anu luhur ngamungkinkeun éncér sateuacan dianggo. Hiji kilogram konsentrasi ngahasilkeun volume badag busa seragam, delivering tabungan ongkos signifikan.

2. Stabilitas Busa Kuat: Ngahasilkeun tahan banting, tembok busa seragam rupa nu nolak runtuhna atawa pegatna. Éféktif tahan tekanan tina slurry semén, mastikeun bebas sarta disegel sél hawa dina produk rengse.

3. Seragam jeung Struktur Pori Halus: Beton busa nunjukkeun struktur internal idéal tina pori mikro buleud tertutup, ngajamin sipat fisik unggul.

4. Konsumsi Bahan Low: Ngahontal dénsitas sarimbag sareng sasmita kakuatan kalayan dosis anu langkung handap tibatan produk pasar standar, ngurangan waragad.

5. Eco-friendly jeung aman: Formulasi nétral, non-toksik, euweuh bauan, sarta non-corrosive, posing teu ngarugikeun lingkungan atawa kaséhatan manusa. Digolongkeun salaku bahan wangunan héjo.

6. adaptability lega: kasaluyuan alus teuing jeung rupa-rupa semén (kaasup semén Portland biasa na semén aluminate) jeung admixtures. Peta busa gancang kalayan stabilitas busa anu diperpanjang.

Specifications of Concrete Foaming Agent for Lightweight Concrete Using Recycled Aggregates

Specifications of Concrete Lathering Representative for Lightweight Concrete Utilizing Recycled Accumulations

Bubuka produk

This lathering agent is particularly designed to produce stable, lightweight concrete utilizing recycled aggregates. Éta tumuwuh gelembung hawa konsisten dina campuran, which lowers thickness while keeping workability and stamina. The product works well with numerous sorts of recycled products such as crushed concrete, bata, or ceramic waste.

Fitur rusiah

Thickness reduction: Aids achieve concrete thickness between 800– 1600 kg/m TILU, depending upon dosage and mix style.
Stabilitas: Generates long-lasting foam that stands up to collapse during blending and pouring.
Kasaluyuan: Functions smoothly with typical cement kinds and recycled aggregates without causing segregation.
Kamampuhan gawé: Boosts flow and placement without extra water, lowering contraction threat.
Environmental benefit: Sustains sustainable construction by enabling greater use recycled material.

Spésifikasi teknis

Tingali: Cairan jelas nepi ka coklat-konéng caang
nilai pH: 6.5– 8.0.
Bahan padet: 28– 32%.
Proporsi éncér: Biasana 1:30 ka 1:50 ku cai beresih (readjust based upon preferred foam thickness).
Kapadetan busa: 40– 70 kg/m five when properly diluted.
Rohangan neundeun: Tetep dina tiis, lokasi lengkep garing jauh ti sinar panonpoé langsung; life span is 12 months in original sealed container.

Pedoman Pamakéan

Include the watered down lathering representative to the mixer after incorporating cement, recycled aggregates, jeung cai. Mix completely for 2– 3 mins till a constant, ventilated texture forms. Ulah overmix, as this might break down air bubbles. Constantly examination tiny sets initially to adjust dosage for your particular aggregate type and target density. Use tidy water without oils or cleaning agents to prepare the foam option.

Applications of Concrete Foaming Agent for Lightweight Concrete Using Recycled Aggregates

Applications of Concrete Lathering Agent for Lightweight Concrete Using Recycled Aggregates

Why Make Use Of Foaming Agents with Recycled Aggregates?

Concrete made with recycled accumulations is a wise choice for sustainable building. These accumulations come from old concrete, blok, or other demolition waste. They help in reducing garbage dump use and save natural deposits. Yet recycled accumulations are typically much heavier and much more permeable than new ones. This can make the last concrete as well dense or weak. Including a concrete lathering representative solves this trouble. The agent creates small air bubbles inside the mix. These bubbles reduced the general weight and boost insulation.

Where Is This Mix Utilized?

Building contractors utilize this lightweight concrete in lots of places. It functions well for non-load-bearing walls, screeds flooring, sareng lapisan insulasi sistem atap. Since it is light, it places less tension on supporting frameworks. That suggests you can develop taller or add floors without major support. The material likewise has great thermal properties. Homes and offices stay cooler in summer and warmer in winter season. This reduces power expenses and increases convenience.

How Does the Foaming Representative Help Efficiency?

The frothing representative makes the concrete easier to put and shape. It loads voids efficiently, even around pipelines or cables. Dina waktos anu sami, it keeps toughness at an acceptable level for the majority of everyday uses. When blended appropriately with recycled accumulations, the result is strong enough for partitions, garden wall surfaces, or along highways. The air bubbles also reduce shrinking and splitting gradually. This results in longer-lasting surfaces with less repair work.

Using a frothing agent with recycled aggregates transforms waste into value. It sustains greener building techniques without compromising quality. Profésional, insinyur, and designers all benefit from this useful, cost-efficient solution.

Profil Perusahaan

Kami pamimpin global dina beton ringan sareng solusi busa direkayasa canggih. Dipikawanoh sacara global pikeun komitmenna pikeun panalungtikan, inovasi, jeung kaahlian dilarapkeun, kami geus nyadiakeun solusi busa direkayasa saprak mimiti 2012 urang.

Kami tiasa nyayogikeun campuran beton kualitas luhur sareng produk anu aya hubunganana beton busa di sakumna dunya.

Pausahaan ngabogaan departemén téknis profésional sarta departemén pangawasan kualitas, laboratorium anu dilengkepan ogé, sarta dilengkepan parabot nguji canggih tur sanggeus-jualan puseur layanan palanggan.

Upami anjeun kabetot, mangga ngarasa Luncat tur ngahubungan kami.

pangmayaran

T/T, persatuan urang Barat, Paypal, Kartu kiridit jsb.

Pangiriman

Ku hawa, ku laut, ku express, sakumaha pamundut konsumén.

5 FAQs of Concrete Foaming Agent for Lightweight Concrete Using Recycled Aggregates

Frequently Asked Questions About Concrete Foaming Agent for Lightweight Concrete with Recycled Aggregates

Naon agén foaming beton?

A concrete foaming agent is a liquid added to concrete mixtures to create tiny air bubbles. Gelembung ieu ngajantenkeun beton langkung hampang sareng ningkatkeun sipat insulasina. It works well when you use recycled aggregates like crushed concrete or brick.

Why use recycled aggregates in lightweight concrete?

Recycled aggregates come from old buildings or construction waste. They help reduce landfill use and save natural resources. When mixed with a foaming agent, they produce strong yet lightweight concrete suitable for non-load-bearing walls, blok, atawa panels insulasi.

Naha agén foaming mangaruhan kakuatan beton?

Sumuhun, tapi ku cara anu terkendali. Adding too much foam lowers strength. Sanajan kitu, using the right amount keeps the concrete light while still meeting required strength standards. Salawasna turutan parentah campur produsén pikeun hasil pangalusna.

How do I mix the foaming agent with recycled aggregates?

kahiji, prepare the recycled aggregates by cleaning and grading them properly. Then mix cement, cai, and aggregates as usual. Add the foaming agent last, after it has been diluted and turned into stable foam using a foam generator. Blend everything gently to keep the air bubbles intact.

Is this type of concrete eco-friendly?

Sumuhun. Using recycled aggregates cuts down on waste and saves raw materials. The foaming agent helps lower the overall density, which reduces transportation weight and energy use. Babarengan, they support greener building practices without sacrificing performance.