At Oryvia Refractories, we understand the importance of suitable binding materials in high-temperature refractory systems. Our 50% Alumina Refractory Cement is positioned within our refractory cement range for industrial applications where an alumina-based cementitious binder is required. This product is relevant to refractory manufacturers, industrial material buyers and contractors involved in the preparation of refractory formulations.
50% Alumina Refractory Cement is a high-alumina cementitious material commonly associated with calcium aluminate cement technology. In refractory applications, this type of cement functions as a hydraulic binder. When combined with suitable refractory aggregates and other formulation components, it can be used in the preparation of monolithic refractory materials such as castables and selected refractory mixes.
The 50% alumina designation identifies the product's alumina-content class. The exact chemical composition, applicable grade and whether the stated alumina percentage represents a minimum or nominal value should be confirmed against the relevant product specification.
High-alumina refractory cement is used as a binding component in refractory formulations. Its performance depends on its chemical composition, cement grade, fineness, water addition, curing conditions and compatibility with the selected refractory aggregates.
50% alumina refractory cement is commonly used as a binder in compatible refractory formulations. Depending on its confirmed grade and the design of the refractory mix, potential application areas include:
Looking for 50% Alumina Refractory Cement for your industrial refractory requirements? Contact our team with your required quantity, intended application, technical specifications and purchasing requirements. We welcome enquiries from refractory manufacturers, industrial buyers, importers and distributors.
Share your requirements with us to discuss applicable product details and request a quotation from Oryvia Refractories.
| Properties | General Grade |
|---|---|
| CHEMICAL ANALYSIS | |
| Al2O3 | 50-52 % (+/- 1% min) |
| Fe2O3 | 3.5-4.0 % (Max.) |
| CaO | 35-37 % (Max.) |
| CCS at 24Hrs | 400-450 Kg/cm2 (Min) |
| CCS at 48HrsV110 Deg.C | 450 - 500 Kg/cm2 (Min) |
| SETTING TIME | |
| Initial Setting Time | 30 Minutes (Min) |
| Final Setting Time | 400 Minutes (Max) |
| PCE | 14 Orton Cone |
| MESH | Passing 95% in 170 Mesh |
| Colour | Off-White |
| Specific Surface Area | 3500 Cm2/gm (Min.) |
| Note: All Testing done as per IS 4031-1988 at Room Temperature 25°C | |
| Relative Humidity | 65 +/- 5% |
| Water Temperature | 18-22 °C |
