PARSMAN CHEMICAL
کاهش چشمگیر آب، حفظ بهتر اسلامپ و بهبود عملکرد بتن در انواع پروژه‌های ساختمانی و صنعتی.High water reduction, improved slump retention and better concrete performance for construction and industrial applications.خفض كبير في كمية الماء، واحتفاظ أفضل بالهبوط، وتحسين أداء الخرسانة في المشاريع الإنشائية والصناعية.Высокое водоредуцирование, улучшенное сохранение подвижности и повышение качества бетона для строительных и промышленных проектов.کەمکردنەوەی بەرچاوی بەکارهێنانی ئاو، پاراستنی باشتر بۆ سڵەمپ و باشترکردنی کارایی کۆنکرێت لە پڕۆژەکانی بیناسازی و پیشەسازی.
YASAN® 1070 · ARSAN® 075s · ARSAN® 075
درخواست مشاوره فنیRequest Technical Adviceاطلب استشارة فنيةТехническая консультацияداواکردنی ڕاوێژی تەکنیکیانتخاب مطمئن برای پروژه‌های مختلفA reliable choice for different projectsاختيار موثوق لمشاريع متنوعةНадёжный выбор для разных проектовهەڵبژاردەیەکی متمانەپێکراو بۆ پڕۆژە جۆراوجۆرەکان
پایداری کارایی در زمان حمل و اجراWorkability during transport and placementثبات قابلية التشغيل أثناء النقل والصبУдобоукладываемость при перевозке и укладкеجێگیریی کارایی لە کاتی گواستنەوە و جێبەجێکردندا
در گرید YASAN 1070، مطابق نتایج آزمونYASAN 1070, according to test resultsفي YASAN 1070، وفق نتائج الاختباراتYASAN 1070 — по результатам испытанийلە YASAN 1070، بەپێی ئەنجامی تاقیکردنەوەکان
Advanced concrete admixtures driven by knowledge, quality and trust
High-performance polycarboxylate ether
Slump-retaining polycarboxylate ether
Water-reducing polycarboxylate ether
| Feature / Product | ARSAN 075 | ARSAN 075s | YASAN 1070 |
|---|---|---|---|
|
Water reduction
|
41% | 39% | 44% |
|
Slump retention
|
Good | Very good | Good |
|
Early strength gain
|
Good | Good | Very good |
|
Recommended use
|
General & structural concrete |
Hot-weather concrete & long transport |
Precast elements & high-strength concrete |
Polycarboxylate ether is a comb-shaped polymer used as a raw material for advanced concrete superplasticizers. Its backbone adsorbs onto cement particles, while its side chains create steric hindrance that helps disperse particles and limit agglomeration. This enables the desired workability with less mixing water and provides greater control over fresh-concrete behaviour.
Selecting the appropriate grade and formulation allows water reduction, initial flow or slump retention to be tailored to project requirements. Actual performance depends on cement type, supplementary cementitious materials, temperature and dosage. Product selection and dosage should therefore be confirmed through compatibility testing and laboratory trial mixes.
Fresh-concrete rheology control to support strength, durability and placing quality
Supports a more uniform finish when combined with suitable rheology, correct compaction and controlled placing.
Enables grade selection for cement and supplementary cementitious materials, subject to compatibility testing.
Slump-retaining grades help manage flow loss for the required transport and placing time.
Reduces water demand at equal workability and supports a lower water-to-binder ratio.
A lower water-to-binder ratio can support strength development when combined with appropriate curing.
Workability control during transport and placement
Control of the water-to-binder ratio
Improved pumpability and workability at height
Flow control and strength development
Concrete for bridges, roads and large structures
Pumpable, high-durability concrete
