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Welcome to Bylim Special Products |
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1. Lazy Suzan Swivel Ring
Material: aluminum
Size: diameters between 200 to 1000 mm
Application: Suitable for display platforms, TV cabinets/racks, dining tables, revolving fireplaces,
solar tracking systems, aerial photography, R2D2 robots and antenna trackers.
Examples of Lazy Suzan Applications
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Revolving fireplace |
Turntable over a firepit |
Solar Tracking System |
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2. Lazy Suzan Turntable
Material: templed glass
Size: diameter 600 mm, thickness 10 mm
Color: clear and black
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Foam Plate 1 150x150x15 mm |
Foam Plate 2 200x300x15 mm |
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Foam Block 200x200x50 mm |
Foam Cylinder Ø200x200x20 mm |
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Composite ceramic foam plate 10 PPI/40 PPI or Al2O3/SiC combination |
Tailor made ceramic foam special shapes
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Ceramic Foam Lamp Shades |
Specification:
Color - White
Nominal Composition,wt % - Al2O3, 99.9%
Density, 0.5 g/cm3
Porosity, % - (average) ~~ 80% (open and closed)
Maximum Use Temperature,°C -1000°C
Thermal Conductivity ~~0.85W/mK (temperature dependent)
Flexural Strength - High
Linear thermal expansion: Low
Typical Applications:
Typical applications are molten metal filtration, oil trapping and recovery, grease filters, hot-gas and steam cleaning filters, chemical and water purification processes. They can also be used as substrate support for membrane reactors. Other applications include hot plates, flameless volumetric combustion gas burners, low NOx burner, ethanol burners, volumetric receivers for concentrated solar radiations, solar thermochemical reactors for direct CO2 - CH4 reforms, high performance solar heat exchangers, refractory linings, catalist support, fire protection and stops, lamp shades etc.
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Heat resistant: up to 1000 °C
Thickness: 2 cm
Size: variable
It can be used as excellent material for fireplace lining. It has a higher service life compared to any fiber insulating board, due to its mechanical and chemical stability at high temperatures.
5. Refractory Plates
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Thickness: 3 cm |
6. High Emissivity Ceramic Coating
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NASA originally invented Ceramic Coating as a protective coating for spacecraft heat shields to allow them to withstand the extreme fiery conditions experienced during Earth re-entry. The material’s ceramic components exhibit the property of high emissivity, which means the material tends to radiate heat. This allows the protective coating to reflect heat away from the surface it covers, thereby increasing the capability of materials to withstand temperature levels far beyond their normal range. In recent years, High Emissivity Ceramic Coatings have found ever increasing applications in the efforts to save energy and to cut the carbon foot prints.
Specifications:
Advantages:
