Castable Refractory Cement

Description

Castable Refractory Cement

CASTABLE REFRACTORY CEMENT
Maximum Working Temperature: 2200O C, Method of
application: Casting, Nature of Bond: Hydraulic (Water), Dry
Density: 2558-2882 Kg/m3 Cold crushing strength (after 5 hrs.
firing at 815OC) : 48.6 Mpa, Permanent linear change of
thermal conductivity at 1500OC (24 Hrs) : 1.0%, Thermal
Conductivity at mean temperature:
400OC : 1.18 W/mk,
700OC : 1.28 W/mk,
1000OC : 1.39W/mK,
1200OC : 1.48W/mK,
Storage Life (Minimum): 9 Months
Pack Size: 50 Kg bucket with standard packing

Brand: RUTLAND

Origin: UK

Additional Information

Unleash Superior Heat Management with Our Castable Refractory Cement

In the intricate world of high-temperature applications, our Castable Refractory Cement emerges as the epitome of advanced thermal management. Specially formulated for industrial furnaces, kilns, and foundries, this cement redefines durability, versatility, and performance in the face of extreme heat.

Unrivaled Durability: Engineered for resilience, our Castable Refractory Cement is your answer to prolonged exposure to intense heat. Its robust composition forms a durable barrier, providing a steadfast defense against the rigors of high-temperature industrial processes. Trust in a cement that stands the test of time in demanding thermal environments.

Versatility Beyond Limits: The nature of our refractory cement sets it apart, allowing for versatile applications in construction and repair. Shape it to your specifications, ensuring a tailored fit for diverse structures. This adaptability not only simplifies installation but also optimizes performance in complex industrial settings.

Optimal Thermal Conductivity: Efficiency is paramount in high-temperature operations, and our  Refractory Cement excels with superior thermal conductivity. Experience enhanced heat distribution and retention, ensuring that your thermal infrastructure operates at peak performance levels. This feature is a testament to our commitment to providing solutions that prioritize efficiency.

Resilience Against Thermal Shock: Fluctuating temperatures can compromise structural integrity, but not with our refractory cement. Formulated to resist thermal shock, it maintains stability even in the face of abrupt temperature changes. This resilience ensures sustained performance and minimizes the risk of cracks or structural compromise over time.

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