Overview of CLC Cellular Lightweight Concrete Plant Chemical Auxiliary Agent Vesicant Protein Concrete Foaming Agent

CLC Cellular Lightweight Concrete Plant Chemical Auxiliary Agent Vesicant Protein Concrete Foaming Agent is a surfactant that generates large quantities of uniform, stabilt skum gjennom fysiske eller kjemiske midler. Når dette skummet er grundig blandet med sementbasert slurry (sement, flyveaske, osv.) og herdet naturlig eller med damp, det danner et nytt lettvektsmateriale - skumbetong - internt fylt med mange lukkede luftceller.

Features of CLC Cellular Lightweight Concrete Plant Chemical Auxiliary Agent Vesicant Protein Concrete Foaming Agent

1. Høyt skummultiplikasjonsforhold: Høyt skummultiplikasjonsforhold muliggjør fortynning før bruk. Ett kilo konsentrat genererer et stort volum jevnt skum, gir betydelige kostnadsbesparelser.

2. Sterk skumstabilitet: Produserer spenstig, jevnt fine skumvegger som motstår kollaps eller brudd. Tåler effektivt trykk fra sementslurry, sikre uavhengige og forseglede luftceller i det ferdige produktet.

3. Ensartet og fin porestruktur: Skumbetongen viser en ideell indre struktur av lukkede sfæriske mikroporer, garanterer overlegne fysiske egenskaper.

4. Lavt materialforbruk: Oppnår tilsvarende tetthet og styrkekarakterer med lavere dosering enn standard markedsprodukter, redusere kostnadene.

5. Miljøvennlig og trygt: Nøytral formulering, ikke-giftig, luktfri, og ikke-etsende, ikke skade miljøet eller menneskers helse. Klassifisert som et grønt byggemateriale.

6. Bred tilpasningsevne: Utmerket kompatibilitet med forskjellige sementer (inkludert vanlig Portland-sement og aluminatsement) og tilsetningsstoffer. Rask skummende virkning med utvidet skumstabilitet.

Specifications of CLC Cellular Lightweight Concrete Plant Chemical Auxiliary Agent Vesicant Protein Concrete Foaming Agent

CLC Cellular Lightweight Concrete Plant– Chemical Auxiliary Representative

Vesicant Healthy Protein Concrete Foaming Agent

This lathering representative is a high-performance chemical additive made from natural healthy protein sources. Den utvikler seg jevnt, uniform air bubbles in cement slurry. The result is lightweight cellular concrete with outstanding thermal insulation and minimized density.

The product functions well in conventional CLC (Cellulær lettbetong) production systems. It mixes quickly with water and concrete without needing unique equipment. Når inkludert, it creates fine, closed-cell foam that remains stable during pouring and setting. This assists prevent collapse or uneven framework in the last cinder block.

Triksattributter:
– Made from eco-friendly, biodegradable healthy proteins
– Produces regular foam with strong bubble wall surfaces
– Enhances workability and circulation of fresh concrete
– Improves fire resistance and audio absorption
– Lowers general product weight without sacrificing toughness

Tekniske opplysninger:
Utseende: Lett ravgul væske
pH-verdi: 6.5– 7.5.
Tetthet: ~ 1.02 g/cm TRE
. Blandingsforhold: 1 component lathering agent to 30– 50 komponenter vann (etter mengde).
Skumtetthet: 40– 60 kg/m FIRE (flexible based upon application).

This foaming agent satisfies worldwide criteria for building materials. It includes no dangerous solvents or synthetic surfactants. It is secure to deal with and save under regular problems. Avoid freezing temperature levels and straight sunshine.

Contractors and manufacturers use this representative to create light-weight blocks, veggpaneler, roofing insulation, and void-filling grouts. It supports eco-friendly building and construction by reducing raw material use and energy usage during transport and installment.

Constantly adhere to the recommended dosage. Excessive or inadequate can impact foam top quality and end product performance. Test little batches prior to major production to confirm outcomes match task requirements.

Applications of CLC Cellular Lightweight Concrete Plant Chemical Auxiliary Agent Vesicant Protein Concrete Foaming Agent

Applications of CLC Cellular Lightweight Concrete Plant Chemical Accessory Agent– Vesicant Protein Concrete Lathering Agent

Hva den gjør

This foaming agent is a protein-based chemical utilized in mobile lightweight concrete (CLC) produksjon. It develops secure air bubbles inside the concrete mix. These bubbles make the final product lighter and a lot more protecting without shedding toughness.

Hvor det brukes

Home builders use this representative in precast concrete plants and on-site mixing procedures. It works well for making lightweight blocks, veggoverflatepaneler, taksystem isolasjonslag, and flooring screeds. The foam helps reduce the general weight of structures, which reduces transportation and handling prices.

Hvorfor det skiller seg fra hverandre

The protein-based formula provides solid, ensartede bobler. This causes constant density and much better thermal performance in the completed concrete. Unlike artificial choices, it damages down naturally and causes less harm to the atmosphere. It additionally blends conveniently with cement and water, so no unique tools is needed.

Effektivitetsfordeler

Concrete made with this foaming agent shows enhanced fire resistance and audio absorption. It additionally reduces material usage, which saves money. The light-weight nature decreases stress and anxiety on structures, making it suitable for multi-story buildings or areas with soft dirt.

Håndtering og kompatibilitet

The representative works with basic CLC plant setups. It mixes smoothly into the slurry and keeps its foam structure throughout putting and treating. Operators find it dependable across various temperatures and mixing conditions. Oppbevaring er grunnleggende– simply keep it secured and away from direct sunshine.

This frothing agent sustains quicker construction cycles and greener structure practices. It fulfills contemporary demands for effectiveness, sikkerhet, and sustainability in concrete applications.

Bedriftsprofil

Vi er verdensledende innen lettbetong og avanserte konstruerte skumløsninger. Kjent globalt for sitt engasjement for forskning, innovasjon, og anvendt ekspertise, vi har levert konstruerte skumløsninger siden begynnelsen av 2012-årene.

Vi kan levere høykvalitets betongtilsetning og skumbetongrelaterte produkter over hele verden.

Selskapet har en profesjonell teknisk avdeling og kvalitetstilsynsavdeling, et velutstyrt laboratorium, og utstyrt med avansert testutstyr og kundeservicesenter etter salg.

Hvis du er interessert, vær så snill og kontakt oss.

Betaling

T/T, Western Union, Paypal, Kredittkort etc.

Forsendelse

Med fly, til sjøs, ved ekspress, som kundene ber om.

5 FAQs of CLC Cellular Lightweight Concrete Plant Chemical Auxiliary Agent Vesicant Protein Concrete Foaming Agent

Frequently Asked Questions About CLC Cellular Lightweight Concrete Foaming Agent

Hva brukes dette skummiddelet til?

This foaming agent creates stable air bubbles in cellular lightweight concrete (CLC). Det bidrar til å produsere lett, insulating concrete blocks or panels. The foam mixes evenly with cement slurry to form a uniform cellular structure.

Er produktet trygt å håndtere?

Ja. Skummiddelet er ikke-giftig og biologisk nedbrytbart. Den inneholder ingen skadelige løsemidler eller flyktige organiske forbindelser. Bruk alltid hansker og øyevern under håndtering, just like with any construction chemical.

How do I mix it with water?

Fortynn skummiddelet med rent vann i forholdet 1:30 til 1:50, depending on your equipment and desired foam density. Use a foam generator to create stable, fine bobler. Then blend the foam gently into the cement mixture.

Vil det påvirke styrken til betongen min?

Ved riktig bruk, it supports consistent strength development. The key is using the right foam volume and maintaining proper water-cement ratios. For mye skum kan svekke blandingen. Follow the recommended dosage for your target density.

Kan jeg bruke den med andre tilsetningsstoffer?

Ja, men test kompatibiliteten først. Some admixtures—like accelerators or water reducers—may interact with the foam. Run a small trial batch to check foam stability and setting time before full-scale production.