Overview of Concrete Foaming Agent for Lightweight Concrete in Glass Plant Floor Fill

Concrete Foaming Agent for Lightweight Concrete in Glass Plant Floor Fill is a surfactant that generates large quantities of uniform, fizik yoki kimyoviy vositalar orqali barqaror ko'pik. Bu ko'pik tsement asosidagi atala bilan yaxshilab aralashtirilganda (sement, uchuvchi kul, va hokazo.) va tabiiy ravishda yoki bug 'bilan davolaydi, u ko'plab yopiq havo hujayralari bilan to'ldirilgan yangi engil material - ko'pikli betonni hosil qiladi.

Features of Concrete Foaming Agent for Lightweight Concrete in Glass Plant Floor Fill

1. Yuqori ko'pikni ko'paytirish nisbati: Yuqori ko'pikni ko'paytirish nisbati ishlatishdan oldin suyultirish imkonini beradi. Bir kilogramm konsentrat katta hajmdagi bir xil ko'pik hosil qiladi, sezilarli xarajatlarni tejash imkonini beradi.

2. Kuchli ko'pik barqarorligi: Bardoshli ishlab chiqaradi, qulash yoki sindirishga qarshilik ko'rsatadigan bir xil nozik ko'pikli devorlar. Tsement shlamining bosimiga samarali bardosh beradi, tayyor mahsulot ichida mustaqil va muhrlangan havo hujayralarini ta'minlash.

3. Bir xil va nozik gözenek tuzilishi: Ko'pikli beton yopiq sharsimon mikro-g'ovaklarning ideal ichki tuzilishini namoyish etadi, yuqori jismoniy xususiyatlarni kafolatlaydi.

4. Kam material iste'moli: Standart bozor mahsulotlariga qaraganda pastroq dozada ekvivalent zichlik va quvvat darajalariga erishadi, xarajatlarni kamaytirish.

5. Ekologik toza va xavfsiz: Neytral formula, toksik bo'lmagan, hidsiz, va korroziy emas, atrof-muhit va inson salomatligiga hech qanday zarar etkazmaydi. Yashil qurilish materiali sifatida tasniflanadi.

6. Keng moslashuvchanlik: Turli tsementlar bilan mukammal muvofiqlik (shu jumladan oddiy portlend tsement va aluminat tsement) va aralashmalar. Kengaytirilgan ko'pik barqarorligi bilan tez ko'piklanish harakati.

Specifications of Concrete Foaming Agent for Lightweight Concrete in Glass Plant Floor Fill

Specs of Concrete Foaming Representative for Lightweight Concrete in Glass Plant Flooring Fill

Mahsulotni ko'rib chiqish

This frothing agent is specifically made for creating light-weight concrete made use of as floor fill in glass factory. U barqaror ishlab chiqaradi, aralashmada izchil havo pufakchalari. This lowers the total weight while maintaining enough toughness for industrial use.

Trick Performance o'z ichiga oladi

The representative develops fine, closed-cell foam that mixes well with cement and water. It offers regular thickness throughout huge puts. The resulting concrete resists fracturing under thermal tension– a common problem in warm glass plant atmospheres. It likewise helps in reducing warmth transfer via the flooring, boosting energy effectiveness.

Fizikaviy va kimyoviy xossalari

– Tashqi ko'rinish: Shaffofdan och sariq ranggacha suyuqlik
– pH qiymati: 6.5– 8.0.
– Zichlik: 1.02– 1.06 g/sm to'rt da 25 ° C.
– Eruvchanlik: Suvda to'liq eriydi.
– Ko'pikning kengayish nisbati: 20:1 uchun 30:1.
– Drenaj vaqti: tugadi 60 min (steady foam structure).

Foydalanish bo'yicha ko'rsatmalar

Mix the foaming agent with water initially using a foam generator. Then mix the foam into the concrete slurry. Common dosage is 0.5– 1.5 kg per cubic meter of ended up light-weight concrete. Exact quantities rely on target density, which generally varies from 400 uchun 1,200 kg/m UCH. Always test small batches before full-blown application.

Saqlash maydoni va ishlov berish

Salqin joyda saqlang, to'g'ridan-to'g'ri quyosh nuri tushmaydigan quruq joy. Foydalanilmayotganda konteynerlarni yopiq holda saqlang. Service life is twelve month in initial product packaging. Muzlashdan saqlaning. Qo'llash davomida qo'l kiyimi va ko'zni himoya qilish uchun qopqoq kiying. Rinse promptly if contact accompanies skin or eyes.

Applications of Concrete Foaming Agent for Lightweight Concrete in Glass Plant Floor Fill

Applications of Concrete Frothing Agent for Lightweight Concrete in Glass Plant Floor Load

Why Utilize Foamed Concrete on Glass Plant Floors?

Glass factory require stable, darajasi, and light-weight floor loads. Heavy standard concrete includes too much tons to the building framework. Foamed concrete solves this issue. It utilizes a concrete lathering representative to develop air bubbles inside the mix. This makes the last product much lighter while maintaining adequate toughness for flooring support.

Key Conveniences in Method

Weight decrease is the biggest advantage. Lathered concrete can be 25% uchun 75% lighter than regular concrete. This lowers stress on foundations and assistance beam of lights. In glass plants, where huge machinery and heats are common, lowering dead tons matters a lot.

The material also streams easily right into place. Employees pump it straight onto the subfloor. It self-levels and fills voids without added labor. This saves time during installation. The smooth surface area it develops works well under finished floor covering or as a base for devices pads.

An additional strength is thermal insulation . Air pockets in foamed concrete reduce warm transfer. Glass plants frequently run hot heaters close by. A flooring fill that withstands warmth movement helps manage indoor temperatures and cuts energy expenses.

Setup Simplicity

Using a concrete lathering representative simplifies the entire procedure. You blend it with cement, suv, va qum. The foam increases the mix immediately. Hech qanday noyob qurilmalar kerak emas– simply basic pumping gear. Curing takes much less time than with dense concrete. Job can relocate faster without waiting days for the floor to set.

This technique additionally cuts waste. You make use of only what you require. There’s little remaining product. For large commercial spaces like glass plants, that suggests reduced product prices and cleaner work websites.

Kompaniya profili

Biz engil beton va ilg'or muhandislik ko'pikli yechimlar bo'yicha jahon yetakchimiz. Tadqiqotga sodiqligi bilan butun dunyoga tanilgan, innovatsiya, va amaliy ekspertiza, biz 2012 yil boshidan beri ishlab chiqilgan ko'pikli yechimlarni taqdim etmoqdamiz.

Biz butun dunyo bo'ylab yuqori sifatli beton qo'shimchalari va ko'pikli beton bilan bog'liq mahsulotlarni etkazib bera olamiz.

Kompaniyada professional texnik bo'lim va sifat nazorati bo'limi mavjud, yaxshi jihozlangan laboratoriya, va ilg'or sinov uskunalari va sotishdan keyingi mijozlarga xizmat ko'rsatish markazi bilan jihozlangan.

Agar qiziqsangiz, iltimos, o'zingizni erkin his qiling va biz bilan bog'laning.

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5 FAQs of Concrete Foaming Agent for Lightweight Concrete in Glass Plant Floor Fill

Tez-tez so'raladigan savollar: Concrete Foaming Agent for Lightweight Floor Fill in Glass Plants

Beton ko'pikli vosita nima?

Beton ko'pikli vosita tsement aralashmalariga qo'shiladigan suyuqlikdir. Beton ichida mayda havo pufakchalari hosil qiladi. These bubbles make the final product lighter and easier to place. Natijada, hali ham yaxshi kuchga ega bo'lgan engil beton.

Why use lightweight concrete on glass plant floors?

Glass plants need stable, tekis pollar. Heavy traditional concrete adds too much weight to the structure. Lightweight concrete reduces load on the building. It also helps with thermal insulation and makes leveling faster during installation.

How does the foaming agent affect floor performance?

The foaming agent lowers concrete density without hurting its ability to support loads. Floors stay strong but weigh less. This improves workability and speeds up pouring. The surface remains smooth, which is important for glass handling and equipment movement.

Is the foamed concrete safe for industrial use?

Ha. When mixed correctly, foamed concrete meets industrial standards. It resists cracking and settling better than some lightweight alternatives. It also bonds well with reinforcement if needed. Eng yaxshi natijaga erishish uchun har doim ishlab chiqaruvchining aralashtirish ko'rsatmalariga amal qiling.

How is the foaming agent applied during floor fill?

The agent is mixed with water first, then blended into the cement slurry using a foam generator. The foamed mixture is poured directly onto the subfloor. No special tools are needed—standard concrete placement methods work fine. Curing time is similar to regular concrete, but always check local conditions.