PLEASE VISIT OUR MAIN SITE FOR MORE DETAILS & PRODUCTS www.thermograde.com

We are a specialist chemical and contract processing company supplying a global market for inorganic solid state materials and services.

Thermograde’s product range primarily supplies the electronic, welding and petrochemical industries with solid state powders such as titanates, zirconates and stannates.

Thermograde also specialise in toll and custom manufacture of products used by many blue chip companies incorporating processes such as calcination, mixing/blending, milling, air micronising, air classification, drying, screening and packing.

No tags

High purity powder, used as an additive in Barium Titanate ceramic capacitor compositions to produce a shift in the Curie peak value.

http://www.thermograde.com/our-products/calcium-stannate/prod_10.html

No tags

High purity powder, used in ceramic capacitor compositions to stabilize the temperature coefficient.

http://www.thermograde.com/our-products/bismuth-titanate/prod_9.html

No tags

High purity powder, used with other stannates as a Curie peak modifier in Barium Titanate ceramic capacitor compositions to produce bodies having an intermediate dielectric constant level.

http://www.thermograde.com/our-products/bismuth-stannate/prod_8.html

No tags

Cream coloured powder, used as an additive usually 8-10%, in the manufacture of titanate dielectric bodies to obtain capacitors with special electrical properties.

http://www.thermograde.com/our-products/barium-zirconate/prod_7.html

No tags

Barium Titanate can be incorporated into the formulation of Fluid Cracking Catalysts to reduce the poisoning effects of Vanadium and Nickel contained in the hydrocarbon feedstock.

Additions of 5-10% to the zeolite support matrix will arrest the mobile contaminant ions at regenerator temperatures, preventing reaction with the zeolite and reduction of activity.

For the refiner, Fluid Cracking Catalysts treated with Titanates will reduce both Hydrogen production and Coking, whilst making substantial savings in fresh catalyst make-up. (Further details on request.)

NB Current Patents may be applicable to the manufacture of certain FCC formulations containing Titanates. 
http://www.thermograde.com/our-products/barium-titanate-cp-grade/prod_2.html

Barium Titanate – HP2 DT79

The reaction between the oxides of Group II elements and Titanium Dioxide forms a series of titanate phases of general formula M x Ti y O x + 2y . These compounds are of technical interest because of their ferroelectric properties resulting from the large difference in size between for example the Ba 2+ ion (1.43A) and the Ti 4+ ion (0.60A). This allows the Ti 4+ ion a high degree of mobility in the octahedral lattice. Application of an electric field to the crystal causes polarisation as the titanium Ti 4+ ions are drawn over to one side of the octahedron. The tetragonal crystalline form also has a very high dielectric constant which varies with temperature. These phenomena make Titanate compounds especially important for the manufacture of ceramic capacitors in which BaTi0 3 is usually the major component.
http://www.thermograde.com/our-products/barium-titanate-hp2-dt79/prod_6.html

Barium Titanate – HP2 DT77

The reaction between the oxides of Group II elements and Titanium Dioxide forms a series of titanate phases of general formula M x Ti y O x+2y . These compounds are of technical interest because of their ferroelectric properties resulting from the large difference in size between for example the Ba 2+ ion (1.43A) and the Ti 4+ ion (0.60A). This allows the Ti 4+ ion a high degree of mobility in the octahedral lattice. Application of an electric field to the crystal causes polarisation as the titanium Ti 4+ ions are drawn over to one side of the octahedron. The tetragonal crystalline form also has a very high dielectric constant which varies with temperature. These phenomena make Titanate compounds especially important for the manufacture of ceramic capacitors in which BaTi0 3 is usually the major component.
http://www.thermograde.com/our-products/barium-titanate-hp2-dt77/prod_5.html 
Barium Titanate – BATI03

The reaction between the oxides of Group II elements and Titanium Dioxide forms a series of titanate phases of general formula M x Ti y O x+2y . These compounds are of technical interest because of their ferroelectric properties resulting from the large difference in size between for example the Ba 2+ ion (1.43 A) and the Ti 4+ ion (0.60A). This allows the Ti 4+ ion a high degree of mobility in the octahedral lattice. Application of an electric field to the crystal causes polarisation as the titanium Ti 4+ ions are drawn over to one side of the octahedron. The tetragonal crystalline form also has a very high dielectric constant which varies with temperature. These phenomena make Titanate compounds especially important for the manufacture of ceramic capacitors in which BaTi0 3 is usually the major component.
http://www.thermograde.com/our-products/barium-titanate-e2-grade/prod_4.html

Barium Titanate BATi03

The reaction between the oxides of Group II elements and Titanium Dioxide forms a series of titanate phases of general formula M x Ti y O x+2y . These compounds are of technical interest because of their ferroelectric properties resulting from the large difference in size between for example the Ba 2+ ion (1.43A) and the Ti 4+ ion (0.60A). This allows the Ti 4+ ion a high degree of mobility in the octahedral lattice. Application of an electric field to the crystal causes polarisation as the titanium Ti 4+ ions are drawn over to one side of the octahedron. The tetragonal crystalline form also has a very high dielectric constant which varies with temperature. These phenomena make Titanate compounds especially important for the manufacture of ceramic capacitors in which BaTi0 3 is usually the major component.
http://www.thermograde.com/our-products/barium-titanate-e1-grade/prod_3.html

No tags

Barium Stannate | BaSnO3 | High purity powder, used as an additive in Barium Titanate ceramic capacitor compositions to produce a shift in the Curie peak value.

No tags