Products in Devices & Assemblies: Aluminum Compounds

Boratherm™ SA 0020 spherical alumina particles are made from a special fusion process using high-quality ground alumina material. Boratherm™ SA grades are used in various applications because of their high thermal conductivity, heat resistance, and low thermal expansion. Due to the sphericity of the particles and the possibility to combine grades, one can obtain very high packing densities, resulting in formulations with excellent thermal conduction while maintaining low viscosity and easy application.

Boratherm™ SA 0380 spherical alumina particles are made from a special fusion process using high-quality ground alumina material. Boratherm™ SA grades are used in various applications because of their high thermal conductivity, heat resistance, and low thermal expansion. Due to the sphericity of the particles and the possibility to combine grades, one can obtain very high packing densities, resulting in formulations with excellent thermal conduction while maintaining low viscosity and easy application.

Boratherm™ SA 0080 spherical alumina particles are made from a special fusion process using high-quality ground alumina material. Boratherm™ SA grades are used in various applications because of their high thermal conductivity, heat resistance, and low thermal expansion. Due to the sphericity of the particles and the possibility to combine grades, one can obtain very high packing densities, resulting in formulations with excellent thermal conduction while maintaining low viscosity and easy application.

Boratherm™ SA 0700 spherical alumina particles are made from a special fusion process using high-quality ground alumina material. Boratherm™ SA grades are used in various applications because of their high thermal conductivity, heat resistance, and low thermal expansion. Due to the sphericity of the particles and the possibility to combine grades, one can obtain very high packing densities, resulting in formulations with excellent thermal conduction while maintaining low viscosity and easy application.

Boratherm™ SA 0050 spherical alumina particles are made from a special fusion process using high-quality ground alumina material. Boratherm™ SA grades are used in various applications because of their high thermal conductivity, heat resistance, and low thermal expansion. Due to the sphericity of the particles and the possibility to combine grades, one can obtain very high packing densities, resulting in formulations with excellent thermal conduction while maintaining low viscosity and easy application.

Yttrium Gallium Aluminum Garnet (YGaAG) LED Phosphor addition shifts the peak emission wavelength to short wavelengths, therefore giving the phosphor a stronger green component when compared with Yttrium Aluminum Garnet (YAG) LED Phosphor. This allows the new white LED to have a variety of color temperature including daylight white (5000~6500K) as well as incandescent-like white (2500~3300 K).

Lutetium Aluminum Garnet (LuAG) LED Phosphor is effectively excited by a 450nm blue LED chip with an emission peak wavelength in the 510-540nm range. Combined with nitride red phosphor, a high CRI spectrum with Ra above 95 can be achieved.

Yttrium Aluminum Garnet (YAG) LED Phosphor is efficient and suitable for creating high correlated color temperature (CCT). YAG phosphor is very stable due to its unique crystal structure and its synthetic route is very straightforward. It can be effectively excited by a 450nm blue LED chip with an emission peak wavelength in the 530-560nm range. YAG phosphor exhibits yellow-light emission from the characteristic 5d and 4f energy levels. The energy levels of the 5d1 excited states and the emission photon energy of Ce3+ ion strongly depend on the host crystals via the crystal-field-induced energy level splitting of the 5d1 orbital. Combined with a blue InGaN LED, YAG phosphor has been successfully used in WLED.

Jyoti Ceramic Jyalucem-20 is an inorganic, low temperature (200°C / 392°F) curing, high temperature resistant Inorganic Ceramic Adhesive Cement. After proper curing, this cement imparts high bond strength, thermal shock resistance and a hard surface.

A204 is a Fine Ground ATH is used in Vinyl, SMC, PVC, Pultrusion.

Jyoti Ceramic Alucem-HT2 is a two component Inorganic Ceramic Adhesive Cement, resistant to high temperature 1500°C /2732°F curing at ambient temperature (25°C / 77°F).

A210 is a Ground ATH is used in SMC, BMC.

A208 is a Ground ATH is used in BMC, Carpet Backing, Rubber.

A212 is a Ground ATH is used in SMC, BMC.

AH290 is a Ground ATH is used in Yarn, Mills, SMC.

A206 is a Ground ATH is used in Pultrusion, BMC.

Styrene-Acrylonitrile copolymer (SAN) based compound. Glass fibres. High dimensional stability. High stiffness.

AH430 is a Ground ATH is used in BMC, FRP, Pultrusion.