At Oryvia Refractories, we offer IS-8 Mortar as a refractory bonding material for industrial refractory brickwork. IS-8 Mortar is a fireclay-based mortar designed for laying and joining refractory bricks in high-temperature installations. It helps form joints between refractory bricks and supports the construction of refractory linings used in industrial thermal equipment.
Our IS-8 Mortar product specifications include defined chemical composition, grain-size characteristics, water requirements, application temperature and sintering temperature. These parameters help refractory contractors, engineers and industrial procurement teams evaluate the material for their specific brick-laying requirements.
IS-8 Mortar is a fine-grained refractory bonding material intended for mortar application in refractory brick construction. Its bonding characteristics and application requirements make it relevant to refractory lining work where suitable fireclay mortar is required.
IS-8 Mortar is intended for suitable refractory brick-laying applications where fireclay-based bonding material is required. Its suitability should be evaluated according to the refractory brick composition, operating conditions and installation requirements.
Potential application areas for suitable refractory mortar include:
The correct mortar selection depends on the type of refractory bricks, operating temperature, furnace atmosphere and service conditions.
Before selecting IS-8 Mortar, we recommend evaluating the following technical requirements:
Our listed IS-8 Mortar packaging specification is a 25 kg HDPE bag. For best performance, the specified dry storage life is nine months. The material should be protected from moisture and stored in suitable dry conditions. Buyers should confirm the applicable batch information and storage instructions before use.
| General Properties | Unit | Value |
|---|---|---|
| Nature of bond | - | Air Setting / Ceramic |
| Method of application | - | Mortar |
| Top of grains size | Mm | 0.5 |
| Water for Toweling consistency | % | 15 – 27 |
| Maximum safe application Temperature | °C | 1200 |
| Sintering Temperature | °C | 950 |
| CHEMICAL ANALYSIS | ||
| Al₂O₃ | % | 35 – 40 |
| Fe₂O₃ | % | 3.7 – 5.1 |
| PHYSICAL / THERMAL PROPERTIES | ||
| Retained Above Maximum Size | % | 1.6 |
| Pyrometric Cone Equivalent | Orton / °C | 12 / 1285 |
| Packing | - | 25 Kg HDPE Bag |
| Dry storage life for best performance | - | 09 Months |
