Ahmedabad, Gujarat, India
Our Products
| The Compositions: | |||||
| C | For cutting or Burnish | SC | Suited for materials to | H | For super fast cutting |
| Containing a coarse-grained aluminum oxide abrasive, it will provide a burnished finish. |
be welded, brazed or soldered Containssilicon carbide abrasive and recommended for use on parts with no aluminum oxide impregnation |
A tough, fast cutting, long wearing, efficient media containing aluminum oxide grains.108 lbs/ft3, grey | |||
| ECH |
For cutting & fine finishing A general purpose media containing aluminum oxide grains which leaves a smooth finish. Efficient media compared with the amount of metal removed and media wear. |
F |
For light deburring & burnishing Contains fine sized aluminum oxide and will produce a burnished or polished finish |
HE |
For aggressive cutting & large equipment Perfect for applications requiring outward force or large vibrators. Has an increased durability, minimal fracturing and is fast cutting. |
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For very fine burnishing Contains no abrasive and is a long wearing media for burnishing and polishing applications. |
FB |
For very fine burnishing Contains no abrasive and is a long wearing media for burnishing and polishing applications. |
PZ |
For burnishing or accelerated chemical deburring A heavy, high density material that can replace steel media. It decreases the time cycle due to its weight. |
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| Cordierite Refractory or open porosity Cordierite has a low coefficients of thermal expansion and therefore performs better in thermal shock applications | |
| The open porosity however makes this body highly unsuitable for electrical insulation purposes, especially in humid conditions | |
| Technical ceramics engineering technology is helping to solve more and more mechanical, electrical, and electronic engineering problems, with applications in diverse fields such as automotive, power, manufacturing, consumer and telecom industries. |
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| It is often compounded with silica or trace elements to enhance its properties or fabrication and commonly will range from 92% to 99.8% Al2O3. Higher purity, gel cast material can be found under our REPTON brand. Alumina engineered ceramic parts can be formed by single axis pressing, isostatic pressing, injection molding, slip casting, or extrusion. Parts can "green machined" to near net size before firing and then "hard" ground using diamond tooling to tolerances less than 0.0002" (0.005 mm). Special grades of alumina can be metallized and/or brazed to metal parts |
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