76x Polish Rare Earth (BB0006)

76X Rare Earth Polish is a specially formulated cerium oxide based polishing product for precision glass applicaitons, which can be used for both high and low speed polishing.  

Acceleron (BD0050)

Acceleron is a high purity aluminum oxide polishing compound engineered for exceptional surface quality on all surfaces.  Acceleron has been specially formulated for high removal rates. 

Acceleron Supreme (BD0049)

Acceleron Supreme is a high purity aluminum oxide polishing compound geared for exceptional removal and surface quality on polycarbonate lenses, mid and high index lenses and steep curved substrates.  Acceleron Supreme promotes ease in cleanability on both lenses and equipment.  

Acrylic Polish #U-7 (BD0070)

#U-7 Acrylic Polish is an aluminum oxide polishing compound used primarily for polishing of acrylic aircraft windows.  

Alox 721 (BE1016)

Alox polishing compound is a high purity alumina specifically designed for precision polishing to create high quality surfaces on contact lenses. Alox can also be used for acrylics and pre-polishing of metals.

Alox 722 (BE1018)

Alox polishing compound is a high purity alumina specifically designed for precision polishing to create high quality surfaces on contact lenses. Alox can also be used for acrylics and pre-polishing of metals.

AlumTX 100 NM (ATX-100)

AlumTX 100 is a high purity polishing alumina. AlumTX 100 maximizes cutting rate with an enhanced chemistry to deliver high removal rate and superior surface finishes.

AlumTX 1000 (ATX-1000)

AlumTX 1000 is a high purity polishing alumina. Alum TX 1000 maximizes cutting rate with an enhanced chemistry to deliver high removal rate and superior surface finishes.

AlumTX 300 NM (ATX-300)

AlumTX 300 is a high purity polishing alumina. AlumTX 300 maximizes cutting rate with an enhanced chemistry to deliver high removal rate and superior surface finishes.

AlumTX 50 NM (ATX-50)

AlumTX 50 is a high purity polishing alumina. AlumTX 50 maximizes cutting rate with an enhanced chemistry to deliver high removal rate and superior surface finishes.

Boron Carbide #150 (AD0010)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #240 (AD0016)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #280 (AD0018)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #320 (AD0020)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #360 (AD0021)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #400 (AD0022)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #400 Washed (AD0022W)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  The washed version is water classified for a tighter particle size distribution and less impurities.

Boron Carbide #500 (AD0024)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #60 (AD0002)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #600 (AD0026)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #600 Washed (AD0026W)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #800 (AD0028)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  

Boron Carbide #800 Washed (AD0028W)

Boron Carbide is a high performance abrasive material with chemical and physical properties similar to diamond. Boron Carbide has high chemical resistance and hardness utilized mainly for grinding.  The washed version is water classified for a tighter particle size distribution and less impurities.

CE-RITE 4285 (BA00442)

CE-RITE 4285 is a specially processed Rare Earth Oxide in an aqueous slurry.  Because of its uniform particle size, this product has good natural suspension characteristics in addition to the natural suspension additive.  

Cerium Oxide Polishing Powder (CVC-817P-5KG)

CVC-817P is a specially designed cerium oxide polishing powder for polishing glass.  

CVA-205 Alumina Slurry (CVA-205)

CVA-205 is a specially designed alumina polishing slurry for good removal rates and excellent surface finishes usable on a variety of surfaces.  

CVA-207 Alumina Slurry (CVA-207)

CVA-207 is a specially designed novel slurry for precision polishing applications to provide good removal rates and excellent surface finishes.  

CVA-240 Alumina Slurry (CVA-240)

CVA-240 is a specially designed alumina polishing slurry used for good removal rates and excellent surface finishes usable on variety of surfaces.  

CVA-260 High Performance Alumina Slurry (CVA-260)

CVA-260 is a colloidal alumina slurry used for a wide variety of materials including: aluminum, cadmium zinc telluride, gallium arsenide, indium phosphide, nickel, spinel, zinc selenide as well as other ferrous alloys.

CVA-261 Colloidal Alumina Polishing Surlry (CVA-261)

CVA-261 is a colloidal alumina slurry used for polishing a wide variety of materials including aluminum, cadmium, zinc telluride, gallium arsenide, as well as other ferrous alloys.  It is in an acidic colloidal alumina dispersion with advanced chemical-mechanical action that provides superior surface finishes.  

CVA-262 Colloidal Alumina Polishing Slurry (CVA-262)

CVA-262 is a colloidal alumina slurry used for polishing a wide variety of materials including: aluminum, cadmium zinc telluride, gallium arsenide, indium phosphide, nickel, spinel, zinc selenide as well as other ferrous alloys. CVC-262 has advanced chemical-mechanical action that provides aggressive removal rates with superior surfaces and low scatter finishes.

CVC-107 Cerium Oxide Polishing Slurry (CVC-107)

CVC-107 is an innovative slurry for polishing applications.  

CVC-135 Cerium Oxide Polishing Slurry (CVC-135)

CVC-135 is a cost effective premium cerium oxide polishing slurry which gives both fast removal rate and excellent surface finish for demanding applications.

CVC-700M (CVC-700M)

CVC-700M has been specifically developed for critical polishing applications whose requirements are not met by conventional polishing technology. CVC-700M was created with rare earth and other oxides that have been finely processed to produce narrow sub-micron particle size range. CVC-700M contains technical enhancements for improved settling and polishing characteristics.

CVC-701F (CVC-701F)

The CVC series has been developed for critical polishing applications whose requirements are not met by conventional polishing technology. CVC-701F is designed to meet the most stringent surface specifications in optic fabrication. CVC-701F will produce a low scatter and streak free surface on many glass types.

CVC-810 Cerium Oxide Polishing Powder (CVC-810)

CVC-810 is a cerium based polishing powder mainly used for polishing wheels, lenses, crystals, optical and other areas. CVC-810 has moderate granularity, high removal rates, and a wide range of applications.

Diamond Compound OS (DJ OS Series)

Diamond Compound Oil-Soluble, available in poly and monocrystalline options, is designed for lapping and polishing of sapphire, ceramics, and hardened steels capable of providing extremely fine finishes.  Diamond Compound Oil-Soluble also enhances cut rate to provide aggressive cutting in lapping applications.  This compound is made using highly refined and precision-graded diamond powders that have high bulk purity, high surface purity, and controlled impact strength crystals.  

Hastilite 250 (BC1250)

Hastilite 250 has a unique composition of small alpha alumina crystals with a mixture of rare earth minerals resulting in a polishing slurry that will reduce manufacturing cost and provide efficiently polished surfaces. Hastilite 250 is intended for pad polishing of a broad range optics and glass.

Hastilite 300 (BC13005)

Hastilite 300 has a unique composition of small alpha alumina crystals with a mixture of rare earth minerals resulting in polishing slurry that will reduce manufacturing costs and provide efficiently polished surfaces. Hastilite 300 is intended for pad polishing of a broad range of optics and glass.

Hastilite 919 (BA0098)

HASTILITE 919 a zirconium and cerium oxide blend, consists of advanced chemical compounding that has been specifically designed to meet the requirements of most advanced optics. It finds its best applications in finishing the harder glasses such as BK-7 and Fused Silica, but it can be used on most other glass materials as well. HASTILITE 919 will yield very low surface roughness readings under one angstrom in these applications.

Hastilite 999 (BA0096)

Hastilite 999 has the highest ceria content among the Hastilite series of polishing. With over 99% cerium oxide, it is used where the greatest purity is required.

Hastilite Alpha 3 (BC40031)

HASTILITE ALPHA 3 is an aluminum oxide based slurry designed for the polishing of C-Plane sapphire. The combination of high purity alumina and additives are optimized for performance and excellent dispersion that provides fast removal rates and superior surface qualities.

Hastilite C (BA0102)

Hastilite C is a specially processed cerium oxide slurry developed from a unique rare earth blend designed to offer aggressive stock removal yet provide angstrom-level finished surfaces. Uniform particle distribution creates consistent mechanical polishing action, while specifically engineered suspension characteristics maintain efficiency.

Hastilite Disc Polish K (BD00415)

Hastilite Disc Polish K was developed to rapidly polish a variety of plastic materials including polycarbonate, mid and high index, and CR-39.  Hastilite Disc Polish K successfully addresses the polishing specifications plastic materials require.  

Hastilite Ditron 0.10 (BC1400)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 0.25 (BC1401)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 0.5 (BC1402)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 1.0 (BC1403)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 12.0 (BC1410)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 15.0 (BC1411)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 2.0 (BC1404)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 25.0 (BC1413)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 3.0 (BC1405)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 5.0 (BC1407)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 6.0 (BC1408)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite Ditron 9.0 (BC1409)

Hastilite Ditron is a water based monocrystalline and alpha alumina slurry that is used in the polishing of hard materials, and crystals. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other ceramic materials. The addition of highly refined and precision graded diamond powder with nanometer sized alpha alumina creates a slurry that can polish hard materials efficiently at a cost driven advantage.

Hastilite Ditron S has enhanced suspension for where thicker slurry is desirable such as brush feeding.

Hastilite FIN (BA0108)

The Hastilite series has been developed for critical polishing applications whose requirements are not met by conventional polishing technology. Hastilite FIN is designed to meet the most stringent surface specifications in optic fabrication. Hastilite FIN will produce a low scatter and streak free surface on many glass types.

Hastilite HRD (BC50001)

HASTILITE HRD is a specially designed nano-diamond slurry for lapping hard ceramic or crystalline materials, specifically designed for multiple plane finishing of sapphire. Its unique formulation combines mechanical and chemical properties to provide high removal rates of 20-60 micron / hr. and superior surface finishes of <1 nm Ra. A unique, final lapping formula used in both conventional and double side operations, HASTILITE HRD leaves the surface fine lapped and uniform, where unique chemical and mechanical properties allow for best final lapping and finish.

Hastilite Morphus (BC7 Series)

Hastilite Morphus' unique next-generation formula utilizes engineered diamonds to enhance removal rates on average 50-100%, while simultaneously achieving surfaces with impeccable finishes.  This series offers a variety of diamond sizes to meet even the most demanding polishing and lapping processes. 

Hastilite MOV (BA0107)

Hastilite MOV has been specifically developed for critical polishing applications whose requirements are not met by conventional polishing technology. Hastilite MOV was created with rare earth and other oxides that have been finely processed to produce narrow sub-micron particle size range. Hastilite MOV contains technical enhancements for improved settling and polishing characteristics.

Hastilite MOV 850 (BA0109)

HASTILITE MOV 850 has been specifically developed for critical polishing applications whose requirements are not met by conventional polishing technology. HASTILITE MOV 850 was created with rare earth and other oxides that have been finely processed to produce narrow sub-micron particle size range. HASTILITE MOV 850 contains technical enhancements for improved settling, and efficient polishing characteristics. HASTILITE MOV 850 exhibits unique cleanability and performance characteristics due to its specialized construction.

Hastilite PO (BA0095)

Hastilite PO has been designed to meet stringent surface specifications in precision optics fabrication. Because 90% of all particles are below one micron, and a unique high ceria base content, Hastilite PO enables the production of preferred surfaces for softer glasses, and low scatter surfaces on harder glass and ceramic materials.

Hastilite PO is compatible with many glass types and ceramics. It is a standard polishing formula for super finish laser optics, leaving low roughness surfaces. Hastilite PO’s versatility in polishing operations addresses high speed polishing needs on a wide variety of polishing systems, including super-polishing, pitch polishing or LP pad polishing.

Hastilite PO Ultra (BA0095A)

Hastilite PO Ultra is designed to meet the most stringent surface specifications in precision surfacing or polishing. Hastilite PO Ultra’s particle size is tightly controlled, with 90% of all particles below one micron. The tight particle distribution and high specialty ceria based composition yields angstrom-level sleek free finishes on the family of softer glasses.

Hastilite Poly Silicon Polish 700 (BC1700)

HASTILITE POLY SILICON POLISH 700 is an aqueous slurry of hexagonal SiC crystals specifically designed for polycrystalline silicon. Our unique combination of particles and chemistry gives superior removal rate and surface finish compared to other slurries.

Hastilite Polynano PH 10-150 (BC21501)

Hastilite PolyNano alumina polishing slurry is an aqueous slurry in which the crystal size rangesfrom 50 to 100 nanometers and in two pH ranges. The unique composition of extremely small crystals, which are primarily alpha alumina, result in extremely cost-effective, rapid polishing slurry that will achieve highly polished fi nishes on most materials. Hastilite PolyNano alumina polishing slurry is effective over an extremely broad range of metals, crystals, and ceramics, and works well with re-circulatory slurry systems.

Hastilite Polynano PH 10-1500 (BC2257)

Hastilite PolyNano alumina polishing slurry is an aqueous slurry in which the crystal size rangesfrom 50 to 100 nanometers and in two pH ranges. The unique composition of extremely small crystals, which are primarily alpha alumina, result in extremely cost-effective, rapid polishing slurry that will achieve highly polished fi nishes on most materials. Hastilite PolyNano alumina polishing slurry is effective over an extremely broad range of metals, crystals, and ceramics, and works well with re-circulatory slurry systems.

Hastilite Polynano PH 10-200 (BC22001)

Hastilite PolyNano alumina polishing slurry is an aqueous slurry in which the crystal size rangesfrom 50 to 100 nanometers and in two pH ranges. The unique composition of extremely small crystals, which are primarily alpha alumina, result in extremely cost-effective, rapid polishing slurry that will achieve highly polished fi nishes on most materials. Hastilite PolyNano alumina polishing slurry is effective over an extremely broad range of metals, crystals, and ceramics, and works well with re-circulatory slurry systems.

Hastilite Polynano PH 10-300 (BC230015)

Hastilite PolyNano alumina polishing slurry is an aqueous slurry in which the crystal size rangesfrom 50 to 100 nanometers and in two pH ranges. The unique composition of extremely small crystals, which are primarily alpha alumina, result in extremely cost-effective, rapid polishing slurry that will achieve highly polished fi nishes on most materials. Hastilite PolyNano alumina polishing slurry is effective over an extremely broad range of metals, crystals, and ceramics, and works well with re-circulatory slurry systems.

Hastilite Polynano PH 4.0-150 (BC21504)

Hastilite PolyNano alumina polishing slurry is an aqueous slurry in which the crystal size rangesfrom 50 to 100 nanometers and in two pH ranges. The unique composition of extremely small crystals, which are primarily alpha alumina, result in extremely cost-effective, rapid polishing slurry that will achieve highly polished fi nishes on most materials. Hastilite PolyNano alumina polishing slurry is effective over an extremely broad range of metals, crystals, and ceramics, and works well with re-circulatory slurry systems.

Hastilite Polynano PH 4.0-200 (BC22004)

Hastilite PolyNano alumina polishing slurry is an aqueous slurry in which the crystal size rangesfrom 50 to 100 nanometers and in two pH ranges. The unique composition of extremely small crystals, which are primarily alpha alumina, result in extremely cost-effective, rapid polishing slurry that will achieve highly polished fi nishes on most materials. Hastilite PolyNano alumina polishing slurry is effective over an extremely broad range of metals, crystals, and ceramics, and works well with re-circulatory slurry systems.

Hastilite Polynano PH 4.0-500 (BC2245P)

Hastilite PolyNano alumina polishing slurry is an aqueous slurry in which the crystal size rangesfrom 50 to 100 nanometers and in two pH ranges. The unique composition of extremely small crystals, which are primarily alpha alumina, result in extremely cost-effective, rapid polishing slurry that will achieve highly polished fi nishes on most materials. Hastilite PolyNano alumina polishing slurry is effective over an extremely broad range of metals, crystals, and ceramics, and works well with re-circulatory slurry systems.

Hastilite Polytron .10 (BC14171)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron .25 (BC1418)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron .375 (BC1419)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron .50 (BC14195)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 1.00 (BC1420)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 1.5 (BC1421)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 15.0 (BC14250)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 2.0 (BC14222)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 3.0 (BC1422)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 4.0 (BC1424)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 5.0 (BC1425P)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 6.0 (BC1426)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite Polytron 9.0 (BC1429)

Hastilite Polytron is a water based alpha alumina and polycrystalline diamond slurry used as an effective polishing agent for polishing hard materials to soft delicate crystals, a mechanical polishing formula designed for precise finishes on many materials. Superior surface finishes can be produced on electronic components and parts made of tungsten carbide, silicon carbide, and other structural ceramic materials. When fine diamond is added to nanometer-sizes alpha alumina, a synergy between the two polishing compounds occurs, resulting in slurry, which can polish hard materials efficiently at a fraction of the cost of diamond alone. All slurries are made using highly refined and precision graded diamond powders that have high bulk purity and surface purity. Hastililte Polytron is suitable for recirculatory central slurry systems for improved efficiency and reduction in costs.

Hastilite POS 9.0 pH (BA0009)

Hastilite POS 9.0 pH is designed to meet the most stringent surface specifications in general optics fabrication. With 90% of all particles below one micron, and a high ceria base content, Hastilite POS 9.0 pH yields sleek free finishes on the family of softer glasses. Hastilite POS 9.0 pH will also product a low scatter surface on the harder glass/ceramic materials.

Hastilite R (BA0092)

Hastilite R is designed with processed rare earth oxides using extreme particle size control.  Uniquely uniform particle sizing, no suspension additives, and proprietary accelerator technology enables Hastilite R to yield high removal rates and superb surface finishes. 

Hastilite RS (BA0092S)

Hastilite RS and RS-1 are highly concentrated, 50% solid, rare earth oxide based slurries. Hastilite RS and RS-1 were designed for high removal rate, excellent surface finishes, and uniform particle size. Hastilite RS and RS-1 were designed to provide low roughness, low scatter finishes making it great to meet or exceed most precision optical surface requirements.

Hastilite RS-1 (BA0097)

Hastilite RS and RS-1 are highly concentrated, 50% solid, rare earth oxide based slurries. Hastilite RS and RS-1 were designed for high removal rate, excellent surface finishes, and uniform particle size. Hastilite RS and RS-1 were designed to provide low roughness, low scatter finishes making it great to meet or exceed most precision optical surface requirements.

Hastilite Super PO (BA0095S)

Hastilite Super PO polishing compound has been specifically developed for critical polishing applications whose requirements are not met by conventional polishing technology. The base materials for the Super PO are rare earth oxides that are processed with additives enhancing the settling and polishing characteristics. The final processing and sizing assures a product with a narrow sub-micron particle size range.

Hastilite ZD (BA0099)

Hastilite ZD is comprised of zirconium oxide that has been developed for obtaining lower surface roughness than is possible with conventional polishing. Hastilite ZD has additive packaging to enhance the settling and polishing characteristics.

HPA Polish 1 (BD0091)

HPA Polish is an aluminum oxide slurry designed for use on various plastic substrates.  HPA Polish has been designed for easy cleanability with foam suppression.  

HPA Polish 2 (BD0092)

HPA Polish is an aluminum oxide slurry designed for use on various plastic substrates.  HPA Polish has been designed for easy cleanability with foam suppression.  

Kontax 601 Polish (BE1116)

Kontax 601 Polish is a high purity alumina specifically designed for precision polishing contact lenses and a variety of plastic materials. Kontax 601 Polish produces a high quality surface quickly and efficiently.

Kontax 602 (BE1118)

Kontax 602 is a high purity alumina designed for precision, scratch-free surfaces on contact lenses and a broad range of plastic materials.  Kontax 602 is manufactured under closely controlled standards to provide excellent stock removal and surface quality, and exhibits a narrow particle size distribution. 

Opaline (BA0083)

OPALINE is a high purity cerium oxide intended for high precision polishing. It can be used successfully with every type of polishing pad, especially pitch, to which it adheres.

Rare Earth 89 (BB0005)

Rare Earth 89 is an innovative slurry for precision polishing applications.  Developed for precision glass and optical materials, Rare Earth 89 offers premium cerium oxide polishing slurry which gives both fast removal rates and excellent surface finishes.

Rhodax Alumina 0.1 CR30 (AK80551)

Rhodax Alumina Polishing Powder is manufactured by calcination of high purity alumina.  Rhodax Alumina Polishing Powder can be used on a wide array of applications including lenses, metals, infrared materials, and crystals.    

Rhodax Alumina 0.3 CR15 (AK80552)

Rhodax Alumina Polishing Powder is manufactured by calcination of high purity alumina.  Rhodax Alumina Polishing Powder can be used on a wide array of applications including lenses, metals, infrared materials, and crystals.    

Rhodax Alumina 3.0 CR (AK80558)

Rhodax Alumina Polishing Powder is manufactured by calcination of high purity alumina.  Rhodax Alumina Polishing Powder can be used on a wide array of applications including lenses, metals, infrared materials, and crystals.    

Rhodite 200 (BA0031)

Rhodite 200 is a premium grade cerium based polishing powder comprised of rare earth oxides and integrated suspension treatments optimized for stock removal and surface finish. Rhodite 200 is designed for polishing glass materials for mass production and precision optics.

Rhodite 200 SRB (BA0201)

Rhodite 200 SRB is a premium grade cerium based polishing powder comprised of rare earth oxides and a specialized suspension treatment optimized for stock removal and surface finish. Rhodite 200 SRB is designed for polishing glass materials for mass production and precision optics.

Rhodite 90 (BA0090)

Rhodite 90 is a cerium based polishing powder comprised of rare earth oxides optimized for stock removal at an economical price. Rhodite90 has been designed for polishing glass materials to commercial finish or better.

Rhodite 904 (BA0260)

Rhodite 904 is a cerium based polishing powder featuring fewer oversized particles than standard polishing powder. Due to specialized particle size control, Rhodite 904 has enhanced polishing aspects for use with low and high-speed glass polishing applications providing superior surface finishes.

Rhodol AOX (BF5050)

RHODOL AOX is an alumina based slurry which provides chemical-mechanical polishing action with superior stock removal rates.

Rhodol CA Series (BF5000 Series)

RHODOL CA was designed for Germanium, Zinc Selenide and Sulfide, Metals and other IR applications for the most stringent surface specifications in general optics fabrication. RHODOL CA is available in a variety of grades to meet the industry standard Alumina Polishing Grades (0.1, 0.3, and 3.0).

Rhodox 76 (BA0024)

RHODOX 76is a rare earth oxide specially designed for low and high speed polishing of all glass types. RHODOX 76 is works well with ophthalmic lenses, beveling, and pitch polishing. Its suspension engineered system is well suited for use in either hand-fed or re-circulatory slurry systems.

Super CE-RITE 415 (BA0039)

SUPER CE-RITE 415 is a suspension treated cerium oxide based polishing powder designed to achieve premium surface quality and removal rate in high end precision glass polishing applications. SUPER CE-RITE 415 is a high performance fine powder produced with tight control on surface chemistry and particle size distribution.

Super CEROX 1663 (BA1663)

Super Cerox 1663 is a cerium oxide based polishing powder. Super Cerox 1663 is particularly suited for polishing ophthalmic lenses and optical lenses. Its high polishing efficiency with suspension properties allows for use at low concentrations with high cleanliness to deliver highly polished surfaces.

Unalum White (AB00**)

UNALUM WHITE is a high purity white fused aluminum oxide used with grinding and lapping applications. UNALUM WHITE is recommended for applications where contamination is an issue to be considered. UNALUM is specifically ideal for applications that require fine finishes on a wide variety of materials.

Unasil – Black Silicon Carbide (AA Series)

Unasil is an alpha silicon carbide (SiC) that possesses high thermal conductivity. Unasil has high strength at elevated temperatures, 7.5 times stronger than aluminum oxide at 1000°C. UPI offers grit sizes from 10 – 1200 mesh (approximately 1,800 to 3 micron).

Unasil Green (AA10**)

UNASIL GREEN is a hard man-made green silicon carbide (SiC) that possesses high thermal conductivity and high strength at elevated temperatures. UNASIL GREEN can be used on a wide variety of applications including vitrified and resinoid grinding wheels, honing stones, blasting grain or powder, lapping, polishing and many more. UNASIL GREEN is available in 100 – 1500 grit sizes.

Unicer 1000 (BA1000)

UNICER 1000 is a premium grade cerium oxide based polish designed for precision optics and ophthalmic in a wide range of applications where a high quality surface finish is required to meet the most critical and demanding applications. UNICER 1000 performs across a wide range of speeds, pressures and pad materials. UNICER 1000 can be used for cleaning glass surface before coating or in coated or mirror glass production.

Unicer 166 (BA0663)

Unicer 166 is a premium grade cerium oxide based polishing powder. Unicer 166 is the industry standard for polishing a variety of precision optics glass types. Unicer 166 delivers excellent surface finish while not sacrificing high removal rates on both soft & hard glass types.

Unicer 18 (BA2018)

UNICER 18 is a cerium based polishing powder mainly used for polishing wheels, lenses, crystals, optical and other areas. UNICER 18 has moderate granularity, high removal rates, and a wide range of applications.

Unicer 25 (BA2025)

UNICER 25 is a cerium oxide based polishing powder recommended for polishing with LP pads, UNINAP pads, as well as natural or lightly coated felt pads. UNICER 25 is primarily used for polishing precision glass, mirrors, crystalware, and a broad variety of glass surfaces. The cerium particle in UNICER 25 is well suited to resist filling or clogging polishing pads during use.

Unicer 77 (BA0020)

Unicer 77 is a premium grade cerium polish designed for ophthalmic and precision optics in a wide range of applications where a high quality surface finish is required to meet the most critical and demanding applications.  Unicer 77 performs well across a a wide range of speeds, pressures and pad materials.  High speed polishing of precision flat and curved components to achieve minimum distortion are accomplished by this product.  

Unicer 801 (BA8010)

Unicer 801is a premium grade cerium based polishing powder comprised of rare earth oxides optimized for stock removal and surface finish.  Unicer 801 is suited for flat and curved precision optics. 

Unicer 816 (BA8160)

UNICER 816 is a premium grade cerium based polishing powder comprised of rare earth oxides optimized for stock removal and surface finish. UNICER 816 is compatible with a broad variety of pad materials and glass types, and can be easily washed leaving a clear bright finish.

Unicer 817 (BA8170)

UNICER 817 is a premium grade cerium based polishing powder comprised of rare earth oxides optimized for stock removal and surface finish. UNICER 817is compatible with a broad variety of pad materials and glass types, and can be easily washed leaving a clear bright finish.

Unicer 824 (BA8240)

UNICER 824 is a premium grade cerium based polishing powder comprised of rare earth oxides optimized for stock removal and surface finish. UNICER 824 is compatible with a broad variety of pad materials and glass types, and can be easily washed leaving a clear bright finish.

Unicer 825 (BA8250)

UNICER 825 is a premium grade cerium based polishing powder comprised of rare earth oxides optimized for stock removal and surface finish. UNICER 825 is compatible with a broad variety of pad materials and glass types, and can be easily washed leaving a clear bright finish.

Unicol 12530KND (BG12530KND1)

Unicol 12530KND is a large particle product with high performance colloidal silica specifically designed for silicon wafer and specialty materials polishing applications where very precise consistence removal rates are required with minimal scratching and high planarity across the wafer surface.   Unicol 12530KND contains a non drying agent which slows the crystallization of silica and facilitates easier cleaning of parts and machinery.

Unicol 50 Colloidal Silica (BC0036)

UNICOL 50 is a colloidal dispersion of silicon dioxide particles with excellent stability and medium resistance to gelling. UNICOL 50 is known as a good general use colloidal silica for a variety of applications.

Unicol 80 CE (BA00801)

Unicol 80 CE is a colloidal cerium oxide with a low particle size for finishing operations on a variety of glass substrates.  Unicol 80 CE will provide low surface roughness, especially when used in conjunction with LP pads, and CP/SP polishing pitches.

Unicol 8030S (BG8030S)

UNICOL 8030S is an alkaline high purity colloidal silica specifically designed for applications where precise and consistent removal rates are required. UNICOL 8030S is designed to minimize scratch and particle defects while maximizing planarity across the wafer surface.

Unicol 8030SND (BG8030SND1)

UNICOL 8030SND is an alkaline high purity colloidal silica specifically designed for applications where precise and consistent removal rates are required. UNICOL 8030SND is designed to minimize scratch and particle defects while maximizing planarity across the wafer surface. UNICOL 8030SND contains a humectant that aids in cleaning and further reduces defects caused by dried slurry.

Vibroxide 112A (BC0010)

Vibroxide 112A is a fused zirconium oxide polishing material that is used in a broad array of applications including ophthalmic lenses, precision glass, marble, and granite.  This product is best used on precision glass polishing, but typically for a rough or commercial polish.

Zirc 20J (BC0020)

ZIRC 20J is a new and novel product is an aqueous zirconium oxide slurry suited for polishing soft high index precision glass in conjunction with pitch, pads and a variety of interfaces.

Zirox C (BC0016)

Zirox C is a high purity fused zirconium oxide polishing material used in a wide array of applications such as ophthalmic lenses, precision glass, marble, & granite.

Zirox K (BC0007)

Zirox K is a fused zirconium oxide polishing material that is used in a broad array of applications including ophthalmic lenses, precision glass, marble, and granite. This product is best used on precision glass polishing, but typically for a rough or commercial polish.

Zirox xP (BC2500)

Zirox xP is a fused zirconium oxide polishing material used in a broad array of applications.  Zirox xP is designed to give the finest surface roughness possible when used with pads and pitches.  

Zox N (BC0015)

Zox N is an aqueous zirconium oxide slurry suited for polishing soft high index precision glass in conjunction with pitch, pads and a variety of interfaces.

ZOX PG Polish (BB0010)

ZOX PG is a zirconia slurry with outstanding consistency of its physical and chemical properties. ZOX PG can be utilized with phosphate glass, ophthalmic surfaces, precision surfaces, and contact lens polishing.