Oversigt over CLC Protein Beton Skummiddel til cellulær letvægtsbeton

CLC Protein Beton Skummiddel til cellulær letvægtsbeton er et overfladeaktivt stof, der genererer store mængder ensartet, stabilt skum gennem fysiske eller kemiske midler. Når dette skum blandes grundigt med cementbaseret gylle (cement, flyveaske, osv.) og hærdet naturligt eller med damp, det danner et nyt letvægtsmateriale - skumbeton - indvendigt fyldt med talrige lukkede luftceller.

Funktioner af CLC Protein Beton Skummiddel til cellulær letvægtsbeton

1. Højt skum multiplikationsforhold: Højt skumformeringsforhold giver mulighed for fortynding før brug. Et kilo koncentrat genererer en stor mængde ensartet skum, giver betydelige omkostningsbesparelser.

2. Stærk skumstabilitet: Producerer elastisk, ensartet fine skumvægge, der modstår kollaps eller brud. Tåler effektivt tryk fra cementopslæmning, sikre uafhængige og forseglede luftceller i det færdige produkt.

3. Ensartet og fin porestruktur: Skumbetonen udviser en ideel indre struktur af lukkede sfæriske mikroporer, garanterer overlegne fysiske egenskaber.

4. Lavt materialeforbrug: Opnår tilsvarende tæthed og styrkekvaliteter med lavere dosering end standardprodukter på markedet, reducere omkostningerne.

5. Miljøvenlig og sikker: Neutral formulering, ikke-giftige, lugtfri, og ikke-ætsende, ikke skader miljøet eller menneskers sundhed. Klassificeret som et grønt byggemateriale.

6. Bred tilpasningsevne: Fremragende kompatibilitet med forskellige cementer (herunder almindelig Portlandcement og aluminatcement) og tilsætningsstoffer. Hurtig skummende virkning med udvidet skumstabilitet.

Specifikationer for CLC Protein Beton Skummiddel til cellulær letvægtsbeton

CLC Protein Concrete Foaming Representative– Tekniske specifikationer

Produktgennemgang
The CLC Healthy Protein Concrete Foaming Agent is a high-performance liquid additive made from natural protein resources. It is particularly created for generating stable, uniform foam used in mobile light-weight concrete (CLC). This lathering representative aids create light-weight concrete with superb stamina, termisk isolering, og bearbejdelighed.

Secret Inkluderer
– Høj skumstabilitet : Produces long-lasting bubbles that stand up to collapse throughout mixing and putting.
– Consistent cell structure : Makes sure regular air voids throughout the concrete mix for trusted efficiency.
– Lav efterspørgsel efter dosering : Effektiv ved lave koncentrationer, lowering product prices.
– Eco-friendly solution : Made from eco-friendly basic materials and devoid of damaging solvents or artificial surfactants.
– Stor kompatibilitet : Functions well with common Rose city cement, flyveaske, og forskellige andre almindelige tilsætningsstoffer.

Fysiske egenskaber
– Udseende: Dark brownish to amber thick liquid
– Tykkelse (25 °C): 1.02– 1.08 g/cm TRE.
– pH-værdi: 7.0– 9.0.
– Solid webindhold: 28– 32%.
– Levetid: year when stored in sealed containers away from straight sunshine.

Anbefalet dosis
Anvendelse 2– 4% of the lathering agent by weight of water in the foam service. Actual dosage might differ based on preferred concrete thickness, omgivende temperaturniveau, and blending tools. Constantly conduct trial batches prior to major manufacturing.

Håndtering & Opbevaringsplads
Shop i en fantastisk, completely dry place between 5 °C og 35 °C. Hold beholderen tæt lukket, når den ikke er i brug. Undgå kulde. Shake well prior to use if splitting up occurs. Put on typical safety gear throughout handling– handsker og sikkerhedsbriller anbefales.

Ansøgninger
Suitable for making lightweight blocks, præfabrikerede paneler, roof covering insulation fills up, floor leveling screeds, og hulrumsudfyldende fuger. Ideal for both hands-on and automated foam concrete production systems.

Anvendelser af CLC Protein Beton Skummiddel til cellulær letvægtsbeton

Applications of CLC Protein Concrete Lathering Agent for Cellular Lightweight Concrete

Solid, Lys, og nem at bruge

The CLC Healthy Protein Concrete Lathering Representative is created developing mobile lightweight concrete (CLC). This sort of concrete is light however still strong. Contractors utilize it in numerous projects since it conserves weight without shedding efficiency.

Building Walls and Partitions

One usual use remains in wall panels and indoor dividers. The frothing agent aids create blocks that are very easy to carry and mount. These blocks additionally give excellent sound and warm insulation. That makes spaces quieter and a lot more power effective.

Flooring and Roof Covering Equipments

Contractors likewise make use of CLC with this lathering representative for floor loads and roofing decks. The material spreads out uniformly and establishes strongly. It decreases the lots on supporting frameworks. This is very important in multi-story structures or when updating old roofings.

Pre-Cast Elements

Manufacturing facilities utilize the frothing agent to make pre-cast CLC parts like bricks, hindrer, og paneler. The foam blends well with cement and water. Resultatet er en uniform, bubble-filled mix that solidifies right into stable shapes. These products are lighter than normal concrete things, so shipping and taking care of expenses decrease.

Infrastructure Jobs

Veje, broer, and tunnels occasionally require lightweight backfill or slope stablizing. CLC made with this protein-based representative works well right here. It moves right into tight areas and stays put. It likewise withstands water better than a few other fill materials.

Green Structure Support

This frothing agent originates from all-natural proteins. It breaks down securely and does not hurt the setting. Contractors that comply with environment-friendly requirements typically choose it. It aids satisfy sustainability objectives while keeping construction basic and affordable.

Virksomhedsprofil

Vi er verdens førende inden for letvægtsbeton og avancerede konstruerede skumløsninger. Kendt globalt for sit engagement i forskning, innovation, og anvendt ekspertise, vi har leveret konstruerede skumløsninger siden begyndelsen af ​​2012'erne.

Vi kan levere højkvalitets betontilsætnings- og skumbetonrelaterede produkter over hele verden.

Virksomheden har en professionel teknisk afdeling og kvalitetstilsynsafdeling, et veludstyret laboratorium, og udstyret med avanceret testudstyr og eftersalgs kundeservicecenter.

Hvis du er interesseret, er du velkommen til at kontakte os.

Betaling

T/T, Western Union, Paypal, Kreditkort osv.

Forsendelse

Med fly, til søs, ved ekspres, som kunder efterspørger.

5 Ofte stillede spørgsmål om CLC Protein Concrete Foaming Agent til cellulær letvægtsbeton

Ofte stillede spørgsmål om CLC Protein Beton Skummiddel

Hvad er CLC Protein Concrete Foaming Agent?

This product is a liquid additive made from natural proteins. Det skaber stabile luftbobler, når det blandes med vand og cement. These bubbles make the concrete lightweight while keeping it strong. Builders use it to produce cellular lightweight concrete (CLC) for walls, blokke, og isolering.

Hvordan fungerer det i beton?

You mix the foaming agent with water using a foam generator. This makes a thick, stabilt skum. Then you add that foam to the cement slurry. The air bubbles spread evenly through the mix. Efterhånden som betonen hærder, those bubbles stay trapped inside. That lowers the density and adds thermal insulation.

Er det sikkert for miljøet?

Ja. The foaming agent comes from plant or animal proteins. It contains no harsh chemicals or synthetic surfactants. It breaks down naturally and will not harm soil or water. Workers can handle it safely with basic gloves and eye protection.

Kan jeg bruge det sammen med andre tilsætningsstoffer?

You can mix it with common cement additives like fly ash, silica røg, eller blødgørere. But test small batches first. Some chemicals might weaken the foam or change how fast the concrete sets. Always follow the recommended dosage to keep performance steady.

What strength can I expect from CLC made with this agent?

The final strength depends on the water-cement ratio and how much foam you add. Typical CLC made with this agent reaches 1–8 MPa compressive strength. That’s enough for non-load-bearing walls, partition blocks, og tagisolering. For higher strength, reduce the foam volume or add fibers.