Lorad Chemical Corporation News Bulletins

Barium Magnesium Tantalate

2010-06-24T21:12:59Z

Perovskites of the type Ba(A_1/3B_2/3)O3 where A = Mg , Zn and B = Ta ,Nb, have created significant interest related to their excellent microwave dielectric properties. Of this group, Barium Magnesium Tantalate has generated considerable interest as a near ideal material for dielectric resonator applications due to its high dielectric constant and unloaded quality factor and, its very low resonant frequency temperature dependence. [...]

Tantalum Oxide Tablets for High Quality Coatings

2010-03-31T14:29:07Z

Lorad can now offer high quality, US manufactured, Tantalum oxide tablets for thin – film optical coating applications. Bulk manufacturing of Tantalum oxide Tablets by Lorad allows us to maintain a very competitive market position, and this is passed on to our customers. [...]

Lorad scales up Silicon Dioxide Granules Manufacturing

2010-03-07T03:07:17Z

As a result of increased demand, Lorad can now announce a scale-up in its manufacturing operation for its premium grade high purity optical coating silicon dioxide granules.

Silicon dioxide is an important thin-film optical coating material. It is a low refractive index material. It is hard, and chemically and environmentally durable.

It finds widespread application as the low index coating when used in combination with a high index coating in the near UV to IR wavelength range. Common applications include AR coatings, beam splitters, band-pass filters etc.

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Fuel Cell Materials

2010-01-03T01:12:42Z

Lorad is able to offer custom synthesized fuel cell nano-powders in initial research and development quantities. Scale-up to commercial quantities can be facilitated upon request.

Powders are, typically, 100nm. Almost any customer defined composition can be achieved.

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Phosphor for Blue LED to White Light Conversion

2009-11-28T17:29:49Z

Lorad scientists have developed a modified cerium doped YAG phosphor that is an excellent candidate for the conversion of a 465nm emitting Blue LED to emit white light. Shown below, is a typical emission spectrum of the modified YAG when excited by 465nm emitting Blue LED. [...]