Barium & Strontium High Purity Products

  BS-High-Purity Click to enlarge
The Alkaline Earth High Purity (HP) product line is characterized by specific chemical and physical properties which are strictly controlled in all steps of the production process guided by our total quality management. 

This makes these products the preferred choice by the electro ceramics industry for titanates production by all methods (solid state, oxalate, sol-gel, hydrothermal), by the structural ceramic industry and for speciality glass production. 

Barium Carbonate High Purity

Barium Carbonate High Purity is available in several grades with different chemical purities, shapes and granulometry, all characterized by high reactivity and tightly controlled narrow particle size distribution.

These products find their main application in the production of titanates used by the electronic industry for ceramic capacitors and PTC devices.

The different grades
BM 020high purity, very low Sr content, needle crystal shape, nanometric size
BM 040high purity, very low Sr content, needle crystal shape, submicronic size
L 500 Fhigh purity, low Sr content, spherical crystal shape, submicronic size
VL 700 Shigh purity, very low Sr content, spherical crystal shape
VL 600 Shigh purity, low Sr content, spherical crystal shape
VL 600high purity, low Sr content, needle crystal shape

Barium Chloride High Purity

Barium Choride Dihydrate High Purity is an optimal source of barium for special and high purity syntheses and processes in the electronic, optical and pharmaceutical industry.

Thanks to its solubility, Barium Chloride Dihydrate BC900 is an optimal source of barium, especially when the pH of the solution has not to be altered by the addition of the barium salt. 

Barium Chloride Dihydrate BC900 is widely used for the production of barium titanate by the oxalate process, in the production of special glass and in the preparation of pharmaceutical intermediates. 

Barium Hydroxide High Purity

Thanks to its solubility in water, Barium Hydroxide Octahydrate High Purity (Ba(OH)2.8H2O HP B1000) is a preferred source of barium for special and high purity syntheses and processes in the electronic, optical and pharmaceutical industry.

Its very low content of iron, sodium and chlorides makes Barium Hydroxide Octahydrate High Purity the excellent raw material for the production of the finest barium titanate by the hydrothermal route, with application in the electronic industry for the manufacturing of MLCCs and PTCs and for embedded boards.

Calcium Carbonate High Purity

High Purity Calcium Carbonate (CaCO3 HP CF800), very low in iron, alkaline and earth alkaline elements, for the electronic and optical industry.

Calcium Carbonate High Purity (CaCO3 CF800) is a precipitated Calcium Carbonate with controlled particle size and shape and with a very low level of impurities of the alkaline and alkaline earth elements. 

It is widely used by the electronic industry as dopant in the production of barium titanates for MLCCs and PTCs devices, in the production of calcium zirconates and by the optical industry in the production of special glass. 

Strontium Carbonate High Purity

High Purity Strontium Carbonate (SrCO3 HP SL300), very low in iron, alkaline and earth alkaline elements, for the electronic and optical industry.

Strontium Carbonate High Purity (SrCO3 SL300) is a precipitated Strontium Carbonate with controlled particle size and shape and with a very low level of impurities of the alkaline and alkaline earth elements. It is widely used by the electronic industry as dopant in the production of barium titanates for MLCC and PTC devices and in the production of strontium titanates for the electronic industry. 

It is also widely used as raw material for the production of strontium aluminates in the production of phosphorescent pigments. 

Strontium Hydroxide Octahydrate High Purity

Thanks to its good solubility, Strontium Hydroxide Octahydrate High Purity (Sr(OH)2.8H2O) is the most suitable source of strontium ions.

Strontium Hydroxide Octahydrate High Purity is the preferred choice by the industry when contamination from chlorides must be avoided.