Audited Supplier
In the advanced realm of powder coal gasification technology, a crucial challenge emerges-the inherent gravitational force leads to the tendency of coal powder within the high-pressure lock bucket to form slabs. Enter the revolutionary Inflator Flute, an innovative solution that harnesses the power of nitrogen or carbon dioxide gas to seamlessly achieve powder homogenization. The brilliance of this technology lies in the microporous Inflator Flute tube. As gas elegantly permeates through these minuscule pores, it creates a delicate, uniform air curtain that envelops the inflator. This sophisticated curtain elevates the coal powder into a suspended fluidized state, facilitating a smooth, unhindered flow that skillfully avoids the typical challenges of powder accumulation and bridging. The outcome? An exceptional conveying effect that propels operational efficiency to unprecedented levels.
Feature
- Unparalleled strength combined with outstanding mechanical properties
- Designed to endure extreme temperatures and pressures with ease
- Constructed for ultimate corrosion resistance
- Remarkable high permeability for optimal performance
- Effortlessly cleanable, ensuring sustained high performance over time
- Precisely consistent pore distribution for reliable results
Materials of Construction
Manufactured from top-tier Stainless steels (304L, 316L) for robust durability
Nickel, ensuring resilience and longevity
Titanium, offering unmatched strength and reliability
Monel, providing exceptional resistance to various challenges®
Inconel, delivering superior performance in the most demanding conditions®
Hastelloy, symbolizing high-grade reliability and strength® Available in versatile grades B, C, and X to suit diverse needs
For specialized materials, collaborate with Shinkai for a customized solution
Specifications
Dimensions: Offered in standard nominal sizes or tailored to meet your specific needs
Applications
Transforming coal gas filtration processes for enhanced efficiency
Streamlining pulverized coal transportation systems for optimal performance
