SFR-INS1150 alumina silicate fiber based refractoyr for patch material

CHEMICAL ANALYSIS

PHYSICAL CHARACTER

PACKAGE

• Packaged in 5 kg pails, Palletized 200 pails(1000 kgs) per 1100 x 1100mm pallet protected with stretch wrap.

STORAGE

• Storage beyond 6 months is not recommended.

SFR supplies a complete line of monolithic refractories for melting and holding all types ofmetals. For more information or a complete evaluation of your refractory requirements,please contact your local SFR representative.

SFR-INS1150 is an alumina silicate fiber-based refractory patch material used to repair high-temperature environments. Its unique formula and high-quality raw materials provide exceptional adhesion and thermal insulation for applications such as furnace walls, kilns, and other high-temperature equipment.
SFR-INS1150 alumina silicate fiber-based refractory patch material is highly versatile and can be easily molded into any shape or size required for repairing refractory linings. It is designed to withstand extreme thermal cycling and is resistant to spalling, erosion, and chemical attack.
The application of SFR-INS1150 refractory patch material not only extends the life of the equipment but also reduces maintenance downtime and improves overall efficiency. Its high-purity alumina silicate fiber-based composition provides excellent thermal insulation, reducing energy consumption and promoting energy efficiency.
SFR-INS1150 refractory patch material is available in a range of formulations to suit specific application needs. It offers superior adhesion to refractory surfaces, helping to prevent delamination and promoting longer equipment life.
In conclusion, the use of SFR-INS1150 alumina silicate fiber-based refractory patch material in high-temperature environments is essential for the proper maintenance and repair of equipment. Its unique formula and high-quality raw materials offer exceptional adhesion, thermal insulation, and resistance to spalling and erosion, reducing maintenance downtime and promoting overall efficiency in high-temperature industrial processes.