Revestimiento de alta emisividad para horno de empuje en Polonia
Customer Needs A manufacturing company located in Poland was in the process of constructing a new pusher kiln for continuous high-temperature firing of ceramic products. The kiln was designed to operate under long production cycles with stable thermal conditions, making energy efficiency and temperature uniformity critical performance requirements from the very beginning. During the kiln design and construction stage, the customer conducted an internal energy assessment and identified several common challenges associated with traditional pusher kiln systems: Significant radiant heat loss from kiln walls and roof surfaces Difficulty maintaining uniform temperature distribution across the firing zone during continuous operation High fuel consumption, particularly during heating-up and load changes Rising energy costs putting pressure on long-term operating budgets Since the kiln had not yet entered production, the customer aimed to integrate an energy optimization solution during construction, rather than relying on post-commissioning retrofits. The solution needed to be technically reliable, cost-effective, and compatible with existing refractory linings—without changing kiln dimensions, firing curves, or production rhythm. Get product information Solution Provided After reviewing the kiln’s structural design, refractory materials, and operating temperature range (approximately 1,250–1,300°C), a High Emissivity Coating was proposed as part of the kiln’s hot-face surface treatment. Application Scope Roof...
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