Abrasion materials - Import export

iglidur® clip bearing, metric d1 [mm]: iglidur® clip bearing, inch d1 [inch]: iglidur® clip bearings are especially intended for the shaft bushing through plates. For this reason the bearing has a flange on each of the two front sides. After the clip-on the bearings are secured on both sides in the plate. The clip bearings have chamfered slot on the side that enables the mounting of the bearing on one side. After the mounting the bearing straddles and lines the bore in the plate. The shaft prevents the clip bearing from slipping out of the bore. The bearing cannot slip out of the bore even in axial movements. Extremely simple mounting through lateral slot Maintenance-free and self-lubricating Good flexibility in punch hole Good abrasion resistance Quiet operation Suitable for rotary and linear movements Extendibility through the slot Undetachable through double flange Special dimensions possible Plate thicknesses from 3 mm to 4 mm available from stock Material: iglidur® M250 Special properties of the iglidur® clip bearings iglidur® clip bearings are made from the most abrasion-resistant material, iglidur® M250. iglidur® M250 is a bearing material for rugged, wear-resistant bearing systems for medium loads. The bearings are self-lubricating and can be used dry. If required the bearings can also be lubricated. The material iglidur® M250 is resistant to all common lubricants. The iglidur® clip bearings are the ideal solution for bearing functions with low loads. The easy mounting makes it ideal for applications with difficult bearing locations. Compressive strength The permitted static surface pressure of iglidur® M250 amounts to 20 MPa at room temperature. Due to the good adaptability to uneven surfaces of the bearing housing, a high pressure load capacity of the clip bearings persists even in punched holes. For the most small bearing surfaces, the good vibration dampening properties and the insensitivity to misalignment are of primary importance. Surface speeds Clip bearings are particularly wear resistant in slow rotating, oscillating and axial motions. You can find the maximum gliding speeds for the various motions for the iglidur® M250 material under the materials data link shown below. A lubrication at installation or continuous lubrication raises the permitted surface speeds. Clip bearings are available from stock in dimensions of 3 to 25 mm. Fixation Triflex RS For mounting, the bearings are laterally pressed together with the large flange. The chamfered slot makes the bearing spiral-shaped, whereby it can be easily inserted in the plate. The remaining slot in the attached clip bearing can compensate for linear expansions of the circumference. Thus narrow bearing clearances are possible with clip bearings. The bearing clearance is dimensioned in such a way that in a housing bore with a nominal diameter, a shaft made with the same nominal diameter turns easily. The clip bearing can be used in H-tolerance housings up to H13. The turning of the clip bearing in the bore is also permitted. Operating temperatures The wear resistance of the iglidur® clip bearings are excellent with operating temperatures till 80°C. Even at low temperature the bearings remain elastic and abrasion resistant. When to use it? When a sheet metal feedthrough is required When the bearing should be captively clipped on in a drill hole with rough tolerance For rotating, linear and pivoting movements When a quick-mounting bearing solution is sought Clip bearings application examples When not to use it? When constant temperatures of more than +80°C occur iglidur® G When a high-precision bearing is needed iglidur® J When the housing bore is more than 4 mm long iglidur® Clips 2 iglidur® MKM When very high surface pressures occur iglidur® G iglidur® clip bearing, metric d1 [mm]: iglidur® clip bearing, inch d1 [inch]:

Due to the different thermal tempering, steel shot blasting abrasives type WIWOX® SK obtain different hardness classes from 40 – 43 HRC, 54 – 60 HRC up to greater than 61 HRC. Because of the different degrees of hardness, the steel shot in the operating mixture keeps its angular shape or becomes round during the application process.

The Elite Cut S 85 is an ideal choice for applications involving abrasive materials and asphalt, thanks to the grooves in the segments that efficiently cool the blade and discharge abrasive debris. With optimized 12mm tall segments, its special shape and composition ensure long life and consistent performance.

Plastic is a thermoplastic and belongs to the organic polyamidebased blasting abrasives. WIWOX® KS nature high-quality blasting and deburring medium is particularly suitable to treat duroplast and rubber components without damaging and matting them. Available in cylindrical or exact cubic shape, it is characterised by high impact strength, dimensional stability and extremely long service life. We also supply an antistatic agent for subsequent or sustained application in liquid form.

Plastic blasting abrasives type WIWOX® KS have been specially developed for optimum, chemically neutral surface treatment and all gentle cleaning – especially for plastic and light metal. They are mainly used for paint stripping, roughening, matting, deburring and cleaning. Plastic blasting abrasives produce consistently high quality and do not cause any damage to the work piece to be treated.

Walnut shell abrasive type WIWOX® WA is a soft granulate and belongs to the organic abrasives. It is produced crushing, washing and sieving the walnut shells. Walnut granules are particularly suitable for the gentle cleaning of delicate surfaces.

WIWOX® SD rounded cut wire shot is mainly used for cleanblasting and shot peening. Depending on the quality of the raw material used, different hardness classes are obtained. We supply non-corrosive cut wire shot that meet the requirement of particularly high demands. Cylindrical cut wire shot blasting abrasives are cut from wire. The length of the grain is equal to the diameter. Grain shapes of different roundness are produced through the subsequent rounding of the cylindrical raw material, rounded from G1 – G3. Cut wire shot has a particularly long service life and are known for low dust generation.

Chilled iron grit blasting abrasives type WIWOX® HG are produced by melting cast iron. It receives its angular shape through the subsequent atomisation and breaking. The advantage of this blasting abrasive lies in the consistently high abrasiveness, as it remains sharp-edged in the mixture and the edges do not become round. It breaks up into smaller sharp-edged and aggressive particles during the blasting process.

WIWOX® EDK Stainless steel blasting abrasives are produced in a melting process and crushed into angular granules. It is distinguished by its long service life as well as its aggressiveness and presents an economic alternative to other angular blasting abrasives.

WIWOX® ED Stainless steel blasting abrasives are produced in a melting process and get its round shape through the subsequent atomising process. These fine particles have a particularly long service life and are known for low dust generation. We also supply stainless steel blasting abrasives manufactured under vacuum that meet the requirement of particularly high demands. This blasting abrasive is distinguished by its lustre, purity and roundness.

WIWOX® GB Glass granules type are carefully crushed in a special grinding process to give it its predominantly angular cubic shape. In the production of glass granules, soda-lime glass is crushed and sifted according to individual grain sizes. Glass granules are an iron-free, mineral blasting medium.

Garnet sand type WIWOX® WÜ belongs to the group of garnet stones. The grains are unbroken with irregular shapes. Its unique composition makes the garnet sand tough and hard and particularly suitable for blasting applications in the open. With its the low quartz content (< 0,5 %), it complies with occupational health and safety regulations. Its countries of origin are India and Australia.

The extreme hardness and angular yet sharp-edged properties is typical of black silicon carbide type WIWOX® SI. It is particularly suitable to machine hardened steel and ceramics. It consists of crystalline silicon carbide, which is produced from silica sand and petroleum coke in electric resistance furnaces at temperatures of > 2.300° C. Silicon carbide is iron-free, angular and extremely hard.

Mixed alumina type WIWOX® RK has a low ferrite content and is particularly suitable for applications where a high consumption of blasting abrasives cannot be avoided. Mixed Alumina is produced from ceramic grinding wheels and reclaimed alumina dust from the blasting and grinding industry. It consists of a mixture of white, pink and brown alumina, and is an iron-free alternative for many sectors of the blasting and grinding industry.

The performance and aggressiveness of brown fused alumina type WIWOX® NK produces a strong removal effect as well as a uniformly structured surface. The high TiO₂ content makes it extremely hard and tough, whereby the surface roughness can be greatly changed. Also available as microcorn with a precise grain distribution up to 3 μm.

Zirconium oxide-based ceramic beads type WIWOX® KM specially developed for shot peening and surface finishing. The high fracture toughness and surface smoothness of the ceramic beads allow the production of extremely smooth surfaces.

Light, spherical, mineral and ferrite-free glass beads blasting abrasive WIWOX® GP. Ideal for bright, matt-gloss surfaces. The area of application ranges from the cleaning of delicate tools to the deburring of precision parts through to the finishing of precious and non-ferrous metals.

WIWOX® EK White fused alumina blasting abrasives are used in many areas due to their extreme purity and hardness. From sophisticated medical technology through the roughening of metals to the subsequent coating. Available as white fused alumina in sharp-edged or angular grain shape as well as micro-grain with a precise grain distribution up to 3 μm.

Due to its extreme hardness, WIWOX® SG high-carbon cast steel abrasive reaches an extremely high blasting intensity right from the start. It is produced in a melting process and gets its round shape through the subsequent atomising process. The metallic structure of this low-carbon cast steel abrasive is decisive for its long service life.

Belt width: 500-1800 mm Pulley diameter: 320-630 mm Recommended speed: max. 3.5 m/s Quick and simple exchange of wear parts Blade material: polyurethane (optional + aluminum oxide granulate)

Belt width: 500-1800 mm Recommended speed: max. 3.0 m/s Quick and simple exchange of wear parts Blade material: polyurethane + hard metal / stainless steel / ceramic

Belt width: 1400-2200 mm Recommended speed: max. 3.8 m/s Quick and simple exchange of wear parts Blade material: hard metal

Belt width: 500-1400 mm Recommended speed: max. 3.5 m/s Quick and simple exchange of wear parts Blade material: hard metal

Belt width: 1200-2400 mm Pulley diameter: 800-1500 mm Recommended speed: max. 4.5 m/s Blade material: polyurethane (optional + aluminum oxide granulate)

Belt width: 1000-1800 mm Pulley diameter: 630-1000 mm Recommended speed: max. 3.5 m/s Blade material: polyurethane

Belt width: 1200-2200 mm Pulley diameter: 630-1250 mm Recommended speed: max. 4.0 m/s Blade material: hard metal

Belt width: 500-1400 mm Pulley diameter: 320-800 mm Recommended speed: max. 3.6 m/s Blade material: hard metal

Belt width: 500-1400 mm Pulley diameter: 320-630 mm Recommended speed: max. 3.0 m/s Blade material: polyurethane (optional + aluminum oxide granulate)

The compact 3VPHD12 Pharma Dispenser enables precise and reliable dosing of a wide variety of materials. Thanks to the special rotor-stator geometry, no valve is required to prevent the medium from flowing out independently. Alternating opening chambers ensure gentle product transport and pulsation-free output. The VPHD series was specially developed for applications in the pharmaceutical, biotechnology, medical and food industries. Your advantages: - Interior with optimised dead space - Design according to EHEDG guidelines - FDA-compliant design/development - hygienic and pharmaceutical design - Works certificate 3.1 (DIN EN 10204) - all surfaces for pharmaceutical applications Ra ≤ 0.8 μm - retraction option (no dripping or thread pulling) - absolutely linear relationship between rotor speed and spread rate - long service life due to media-specific component selection