Overview of Lightweight Concrete Foaming Agent for Cellular Lightweight Concrete Protein Based

Lightweight Concrete Foaming Agent for Cellular Lightweight Concrete Protein Based is a surfactant that generates large quantities of uniform, физический але химий йӧн дене пеҥгыде пенопласт. Тиде пенопластым цемент негызеш ыштыме шлам дене сайын вашталтыме годым (цемент, мушмо ӱй, да т. д.) да пӱртӱс але пар дене йӱлалтенам, тудо у куштылго материалым ышта — пенобетон — кӧргӧ гыч шуко петыралтше воздушный ячейке дене темын.

Features of Lightweight Concrete Foaming Agent for Cellular Lightweight Concrete Protein Based

1. Кӱкшӧ пенопласт умножение коэффициент: Кугу пенопласт шукемдыме коэффициент кучылтмо деч ончыч лукташ йӧным пуа. Ик килограмм концентрат кугу кугытан икгай пенопластым ышта, роскотым ятырлан аныклаш йӧным ыштымаш.

2. Пеҥгыде пенопласт пеҥгыдылык: Пеҥгыде лектышым пуа, икгай чапле пенопласт пырдыж, тудо пудыргымаш але пудыргымаш деч торешланен. Цемент шлам деч давленийым сайын чыта, ямде продукт кӧргыштӧ посна да петыралтше воздушный элемент-влакым ыштымаш.

3. Икгай да чапле пор структур: Пенобетон петыралтше сферический микропор-влакын идеальная кӧргӧ структурыштым ончыкта, ӱлнӧ улшо физический свойствым гарантироватлымаш.

4. Материалым шагал кучылтмаш: Стандарт пазарыште продукт деч изирак дозировка дене эквивалент тыгыдылыкым да пеҥгыдылыкым шукта, роскотым иземдымаш.

5. Экологически яндар да лӱдыкшыдымӧ: Нейтральный формулировко, токсичный огыл, пушкыдо, да коррозийдыме, йырым-йырысе пӱртӱслан да айдеме тазалыклан нимогай эҥгекым ок ыште. Шыл чоҥымо материал семын палемдалтын.

6. Кумда келыштарыме: Тӱрлӧ цемент дене чапле келшен толеш (тыглай портландцемент ден алюминат цементым пуртымо) да ешартыш-влак. Кужемдыме пенопласт пенопласт дене писын пенопласт действий.

Specifications of Lightweight Concrete Foaming Agent for Cellular Lightweight Concrete Protein Based

Requirements of Lightweight Concrete Lathering Agent– Healthy Protein Based

Элементым лончылымаш

This frothing representative is made from all-natural healthy protein resources. Тудо пеҥгыде ыштен луктеш, great air bubbles in concrete blends. The result is mobile lightweight concrete that is solid yet light in weight. Building contractors utilize it for insulation panels, блок-влак, and precast components where low density and good thermal performance matter.

Тӱҥ пура

Кӱкшӧ пенопласт пеҥгыдылык: The bubbles stay undamaged during mixing and putting. This aids the concrete keep its structure as it sets.
Иземдыме дозым кӱлеш: Only a percentage is needed per batch. This reduces material costs without giving up quality.
Outstanding compatibility: Works well with regular Portland cement and typical additives. Нимогай шкешотан оборудований ок кӱл.
Экологически яндар формулым: Made from eco-friendly resources. It contains no harmful solvents or synthetic surfactants.

Технический информаций

Ончыза: Пычкемыш кӱрен тӱсан вӱд
Чаклык (20 ° C): 1.05– 1.15 г/см КОК.
рН значений: 8.5– 10.5.
Пеҥгыде вещества-влакын содержанийышт: 28– 32%.
Каҥгешташ шонен дозировка: 3– 6% чумыр связующийын нелытше дене.
Пенопласт вияҥме коэффициент: 15:1 чейин 25:1 (вӱд негызеш ыштыме).
Вӱдым лукмо жап: Ӱмбалне 60 мин (suggesting solid bubble resilience).

Пайдаланыме йӧн-влак

Mix the lathering representative with tidy water initially. Utilize a foam generator to generate consistent bubbles. After that mix the foam delicately into the cement slurry. Prevent high-shear mixing– it can break the bubbles. Cure the concrete under normal wet problems. Full stamina establishes within 7 чейин 28 кече, relying on mix layout and ambient temperature.

Саклыме вер & Обрабатыватлымаш

Кевытыште ӧрыктарыше, кече волгыдо деч тораште, тӱрыснек курго вер. Кучылтмо годым контейнер-влакым петырен кучыза. Паша жап 12 months from manufacturing date. Put on gloves and eye security during handling. Rinse skin or eyes promptly with water if call occurs.

Applications of Lightweight Concrete Foaming Agent for Cellular Lightweight Concrete Protein Based

Applications of Lightweight Concrete Frothing Agent for Cellular Lightweight Concrete (Protein-Based)

What It Is Used For

This frothing representative creates secure, uniform bubbles in concrete blends. The outcome is mobile lightweight concrete that weighs much less however still holds strong architectural top qualities. Contractors and designers use it where weight decrease issues without shedding stamina.

Структурым чоҥымаш

In property and industrial buildings, this concrete assists lower the total tons on foundations. That suggests you can build taller or on softer ground with fewer supports. Пырдыж-влак, леведыш, and roofing system panels made with this material additionally offer much better thermal insulation. This cuts heating and cooling prices in time.

Road and Framework Work

Roads constructed over weak dirt typically sink or split. Using lightweight concrete decreases stress on the ground listed below. It functions well for bridge approaches, набережный-влак, and backfilling around pipes or passages. The light mix streams quickly into tight spaces and collections without hefty compaction.

Fire Security

The air pockets inside the concrete slow down warmth transfer. That makes it a smart selection for fire-rated walls or protective linings around steel beams. It offers individuals even more time to evacuate throughout a fire and aids keep frameworks standing much longer.

Сборный элемент-влак

Factories use this frothing agent to make precast blocks, панель-влак, and bricks. These components are much easier to lug, lift, and mount on website. Workers handle them faster, which speeds up building and decreases labor expenses.

Eco-friendly Building Projects

Due to the fact that it utilizes much less cement and cuts energy usage in buildings, this concrete sustains sustainable style. Many environment-friendly certification programs identify its advantages for lowering carbon impacts and improving power effectiveness.

Секретный пайда: It’s made from natural healthy protein resources, so it’s more secure to manage and better for the setting than synthetic choices. The foam remains steady during blending and pouring, offering consistent outcomes every single time.

Компанийын профильже

Ме тӱнямбал лидер улына куштылго бетон да ончыл инженерный пенопласт раствор. Тӱнямбалне шымлымашлан ӱшанле улмыж дене палыме, Инноваций, да прикладной экспертизым, ме 2012 ий тӱҥалтыш гыч инженерный пенопласт растворым пуэна.

Ме тӱня мучко кӱкшӧ качестван бетон мешак да пенобетон дене кылдалтше продукцийым пуэн кертына.

Компанийыште профессионал технический пӧлка да качествым эскерыше пӧлка уло, сайын оборудоватлыме лабораторий, да ончыл тергымаш оборудований дене пойдаралтын да ужалыме деч вара клиент-влакым обслуживатлыме рӱдер.

Кумылан улыда гын, пожалуйста, эрыкан лийза да мемнан дене кылдалтса.

Тӱлаш

Т/Т, Вестерн Юнион, Paypal, Кредит картыште да т.м..

Колтымаш

Авиаций дене, теҥыз дене, экспресс дене, клиент-влакын йодмышт почеш.

5 FAQs of Lightweight Concrete Foaming Agent for Cellular Lightweight Concrete Protein Based

What is a protein-based foaming agent for lightweight concrete?

A protein-based foaming agent is a liquid additive made from natural proteins. Вӱд да цемент дене вашталтыме годым тудо пеҥгыде юж пузырьковым ышта. These bubbles help produce cellular lightweight concrete that is strong but much lighter than regular concrete.

How does it work in concrete mixing?

You mix the foaming agent with water first. Анда, you use a foam generator to turn this mixture into fine, пеҥгыде пенопласт. This foam is added to the cement slurry. The air bubbles stay intact during pouring and curing. That gives the final concrete a uniform cellular structure.

Why choose protein-based over synthetic foaming agents?

Protein-based agents create stronger, more stable foam. They resist breaking under pressure or high temperatures during mixing. This leads to better consistency and higher strength in the finished concrete. Synthetic types may collapse easier, which can weaken the structure.

Пашаеҥ-влаклан да йырым-йырысе средалан лӱдыкшыдымӧ мо?

Ооба. Protein-based foaming agents come from natural sources like animal or plant proteins. They contain no harsh chemicals. They are biodegradable and non-toxic. Workers can handle them safely with basic protective gear.

What applications suit this foaming agent best?

This agent works well in projects needing lightweight, изолироватлымаш, or fire-resistant concrete. Common uses include roof decks, леведыш темдалеш, пырдыж панель-влак, да сборный блок-влак. It is also good for geotechnical fills and road sub-bases where weight reduction matters. Its stability ensures consistent results across large pours.