सभी श्रेणियाँ
aggregate garage floor
4 Items Found
77 एमपीए अछूता धातु संचयी फर्श धूल प्रतिरोधी संचयी कंक्रीट फर्श
Concrete Insulated Metal Aggregate Concrete Insulated Metal Aggregate Applied To Industrial Floors Requiring Wear Resistance And Dust Resistance Application Scope: Concrete Insulated Metal Aggregate is applied to industrial floors requiring wear resistance and dust resistance, such as warehouses, docks, factories, parking lots, repair workshops, garages and other floors requiring high wear resistance. Performance Characteristics: Performance characteristics of Concrete
उच्च कठोरता 90MPa कंक्रीट फ्लोर एग्रीगेट मेटल कलर्ड एग्रीगेट
Concrete Colored Metal Aggregate Application Scope: Concrete Colored Metal Aggregate is applied to industrial floors requiring wear resistance and dust resistance, such as warehouses, docks, factories, parking lots, repair workshops, garages and other floors requiring high wear resistance. Performance Characteristics: Performance characteristics of Concrete Colored Metal Aggregate are as follows: 1.High hardness; 2.good wear resistance; 3.excellent dust-proof effect; 4
13.5 एमपीए स्व-संतुलित कंक्रीट स्व-संतुलित फर्श गोदामों के लिए डॉक कारखानों कार्यशालाओं
Industrial Grade SelfLeveling Concrete Providing High Hardness And Durability For Floors In Warehouses Docks Factories And Repair Workshops Concrete Natural-color Metal Aggregate Application Scope: Concrete Natural Color Metal Aggregate is applied to industrial floors requiring wear resistance and dust resistance, such as warehouses, docks, factories, parking lots, repair workshops, garages and other floors requiring high wear resistance. Performance Characteristics:
वर्कशॉप लिथियम सिलिकेट फ़्लोर हार्डनर गंधहीन लिथियम सिलिकेट कंक्रीट डेंसिफ़ायर
Lithium Concrete Hardener Product Data Sheet Product Introduction Lithium Concrete Hardener (also known as Lithium Sealed Hardener, Lithium Densifier) is a water-based liquid hardener composed primarily of nano-scale lithium silicate materials. It penetrates deeply into the concrete surface (penetration depth up to 3-7mm) and chemically reacts with free calcium ions in the concrete to form insoluble calcium silicate hydrate (C-S-H), which fills the capillary pores, creating a
