We are proud being the first large scale manufacturer of Generation III fibers, a technology also known as Ultra Low Shot (ULS) spinning. Before our SoliBlanket X-grade, low shot fiber technology was destignated for low bio persistence fibers only and refractory ceramic fiber (RCF) did not see much innovation for many years, but with the SoliBlanket X-grade this has changed.
With our production technology break through we are able to bring low shot technology to our Refractory Ceramic Fiber blankets as well. Actually, SoliBlanket X-grade is one of the products taking most benefit of the Ultra Low Shot fiber technology. As a result, compared to a Generation I or Generation II technology high temperature fiber, the SoliBlanket X-grade is providing a better thermal insulation, a higher mechanical strength and an improved handling.
Recent testing proved that the tensile strength of our SoliBlanket X-grade, using Generation III technology, is minimum 30 % higher than any of the ‘other brands’. The resiliency after compression, which is particularly important when making (stack or folded) fiber modules, is best in class. And this is just focussing on the the mechnical aspects of our fiber.
As we believe that reducing energy consumption and minimizing CO2 emissions in the production process will become part of sustainable environmental drivers, thermal insulating properties will become more important. SoliBlanket X-grade, benchmarked against several other standard RCF blankets, resulted in thermal conductivities up to 36 % better than some Generation I products @ 1000°C. Another great benefit of the Ultra Low Shot technology used for manufacturing our SoliBlanket X-grade.
SoliBlanket X-grade is part of the SoliBlanket product range. With a variety of four Refractory Ceramic Fiber (RCF) grades and the famous ‘ULS®’ Low Bio Persistence Fiber grade we are offering one of the most extensive ranges of high temperature fiber blankets in the market today. With our different chemical compositions we are able to provide a solution to nearly every atmosphere or temperature.
- Proven technical solution
- Low shot technology
- Excellent insulation performance
- High handling strength
- Unaffected by most chemicals
- Excellent thermal stability
- Resistant to thermal shock
- Thermal insulation for lining stacks and chimneys
- Blanket for module making
- Furnace lining in Ceramics and Glass
- Thermal insulation for Petrochemical Industry
- Refractory lining for Steel Treatment
- General technical insulation of furnaces and technical installations.
Blanket from high temperature Refractory Ceramic Fiber insulation wool.
SoliBlanket X-grade has a classification temperature of 1260°C and advised for maximum continuous use at 1100°C.
The maximum continuous use temperature provided on the website is a guideline and only applicable in a clean oxidizing atmosphere.
SoliBlanket is part of an extensive product range supplied by Vulcor Insulation. Vulcor Insulation is supplying insulation solutions from cryogenic to high temperature applications. All products offered by Vulcor are manufactured in house or sourced from exclusive trusted third party partners.
Vulcor Insulation provides specifiers and customers with guidance on all aspects of the materials selection for their application, the installation and compliance with relevant regulations and performance standards.
For additional information about product performance, or to identify the recommended product for your application, please contact the team at Vulcor Insulation.
All SoliBlanket products from the Standard Grade RCF range are available in densities from 64 to 160 kg/m3 and in a standard thickness range from 6 till 50 mm.
SoliBlanket is standard supplied in shrink wrap plastic film, and can be supplied in carton boxes (except 6 mm blanket which is only available with 4 rolls per carton box). The blankets in shrink wrap are placed on a heat treated export pallet with 24 rolls per pallet. Please refer to list below for availability of densities and dimensions.
|Length (mm)||Width (mm)||Thickness (mm)||64 kg/m3||96 kg/m3||128 kg/m3||160 kg/m3|
|Maximum continous use temperature||°C||1100|
|Tensile strength||EN 1094-7||kPa||80||100|
|Permanent linear shrinkage||EN 1094-1||%|
|Thermal conductivity||ASTM C-201||W/mK|
|Chemical composition||ISO 12677||%|
|SiO2||53 - 55|
|AI2O3||44 - 46|