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Arrowhead Ceramic Pulley Lagging Arrowhead ceramic pulley lagging provides the solution when conventional rubber lagging fails to correct belt slippage and wears prematurely. Our unique Arrowhead ceramic is designed for the highest drive factors unlike the conventional square tiles.
- MSHA approved for mine use- meets all requirements for flame resistant solid products taken into mines. Acceptance Marking No. MSHA IC -174/2
- Increase Productivity – by delivering increased traction between the belt and pulley, allows for lower belt tension than with rubber lagging.
- Improved Belt Tracking – due to the Arrowhead patterns self-cleaning ability, which reduces material build up and thereby eliminates the major source of misalignment.
- Bonding Strength – that is superior to others, due to 3mm of our neoprene compound vulcanized into bottom-side of the lagging.
- Superior Wear - ability in abrasive or highly wet or dry applications as seen in below ground and above ground mining.
- Easy Installation – can be done in place, on plant site, at your local distributor or at the pulley manufacturer. Each strip is 10” (250mm) wide x pulley face (see chart).
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Dura-Sleeve return idlers are a patented abrasion resistant urethane sleeve that is easily clamped on any existing or new rubber or urethane disc return idler shaft.
* Patented Design - of our idler sleeve clamping system utilizes you to replace worn out rubber or other urethane disc return idlers.
* Abrasion Resistant Urethane - compounds provide wear ability that exceeds 5 times the wear life of standard rubber disc return idlers.
* Meets all CEMA Standards - and available in any belt width and inside and outside roller diameter.
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Flex-Lag® Weld-On Ceramic
Eliminate the belt vibration and cleaner chatter often caused by ordinary weld-on lagging by installing Flex-Lag® Weld-OnCeramic Pulley Lagging. It features a new gutterless design with easily installed over-lapping segments. So the wide gaps between strips of conventional weld-on lagging products are eliminated.
Flex-Lag® Ceramic
When conventional rubber lagging fails to correct belt slippage, the solution is Flex-Lag® Ceramic Tile Lagging. Our Ceramic Tile Lagging features the highest coefficient of friction available in lagging materials - two to three times the friction of rubber in wet, muddy or dry conditions.
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Flexco makes it easy to find the pulley lagging you need to eliminate belt slippage, increase pulley life, improve water shedding, and boost productivity. Plus, these benefits are achieved without removing the pulley form your conveyor system! Flex-Lag® application requires only a time- and labor-saving cold vulcanization process. So it installs easily on-site.
Flex-Lag® Diamond-Pattern Rubber Lagging is a high-durometer rubber for abrasion resistance and water-shedding. Based on the design of treads used for rain tires, the diamond pattern splits the film of water and deflects it into lateral or diamond-shaped grooves - away from the pulleys. A high coefficient of friction, combined with exceptional water-shedding capabilities, helps keep belt slippage to the absolute minimum.
Flex-Lag® Plain-Pattern Lagging helps prevent belt slippage in the dirtiest environments. Rubber flexes during use, shedding excess material, preventing build-up, and preventing premature belt and pulley wear. Horizontal grooves between plain rubber strips trap and deflect water from the pulleys. This results in a coefficient of friction vastly superior to plain sheet-type lagging.
Flex-Lag® Light-Duty Lagging is ideal for compact pulleys and most light-duty applications. Specially designed for pulleys having diameters as small as 2" (50mm). Moisture is channeled between small raised buttons that support and grip the belt, delivering the extra traction to drive your belt.
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Delivering power of up to 0.37 kW, this innovative component will drive modular belts for conveying, positioning, drying, wash-down and frosting processes, etc. It provides a highly productive, space-saving solution for modular belt applications. No need for expensive custom versions or add-ons. Easily and quickly installed or retrofitted in modular belt conveyor applications.
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THM 300 – 700
The THM troughed belt shot blast machine is a universal machine which offers perfect processing results for bulk material als well as for complex, delicate individual work pieces.
GENTLE PARTS TRANSPORT
The patented transport system guarantees a gentle an uniform moving of the parts through the machine without impingement. Perfect blast results. The continuous rotation of the work pieces combined with a thorough blasting produces a uniform blast process with surfaces of highest quality. The THM also permits the blasting of thin work pieces.
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Suitable for shotblasting of passing flat or single cross-section pieces without any limits of length. The pieces are treated on the upper part at 180°.
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The tunnel type machine “NTOR” is a continuous shot-blasting unit with a special wear-proof steel wire conveyor.
The layout of the machine consists of a tunnel having the blasting room in the middle section. The 4 or 8 turbines are mounted above and below the belt conveyor, and are orientated in a way to ensure the perfect surface covering even for the most complex parts.
The final section of the tunnel is provided with a blowing system to remove the shots possibly remaining on the parts.
The machine does not require a pit, and is supplied complete with a self-cleaning dry cartridges dust collector.
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For blasting different workpieces.
Equipped with pistol movement, number of nozzles.
Been suitable for pipes, plates, disks, etc..
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This type of machine is particularly suitable for shotblasting small parts loaded in bulk. A special anti-abrasive rubber mat arranged as a cradle receives the articles to be treated and with its movement maintains them in a constant tumble.
The articles are hit by the jet of abrasive generated by the turbine, and by continuously changing position, they receive the shotblasting treatment extremely uniformly on all the surfaces. A steel belt is recommended for all earth fusion materials and for all parts with weight exceeding 15 kg each
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Tumble blast shotblasting machines are used for deburring, shot peening, surface cleaning of materials like aluminium, steel, stainless steel, brass and bronze. Available volume capacity of our standard models from 100 to 100 liters with loading charge till 3000 kg.
Our standard models are devided in TBG (version with rubber belt conveyor) and TBA (version with steel belt conveyour).
The machine can be equipped with automatic loading device with hydraulic operating skip.
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These shot-blasting machines make it possible to treat the parts in bulk.
The movement of the apron retournor makes it possible to brew the parts under the jet of the turbine and thus to make sure that all the faces of the parts are exposed and treated.
The weak loads and the fragile parts are treated within an apron rubber (T-R), while the very heavy, aggressive parts with sharp or hot edges are treated in a steel steel deck (T-S).
The loading of the machine can be made by a skip and unloading by inversion of the direction of walk of the apron, on a vibrating conveyer or with band. The cycles are most of the time automatic.
Our standard range of apron shot-blasting machines retournor rubber includes capacities from 50 to 300 liters for loads going from 100 to 800 kg.
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ST 2500 B4500
Pass through sandblast facilities for large production capacities. With our conveyor belt blasting machines you are able to blast very quickly lots of your work pieces.
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International Surface Preparation offers a wide variety of wheel blast equipment in several configurations. One of the more popular models of wheel blast equipment is a tumble blast unit.
Tumble blast machines are comprised of either a rubber or steel flighted belt that is driven within a mill, or cabinet, as the parts tumble beneath the blast wheel. Parts are batch processed in the tumble blast.
These units can are best suited for manual loading and unloading however loaders and conveyors can sometimes be utilized to provide for a semi-automated process.
Continuous tumble blast machines are available as well. These in-line units tumble parts through a tunnel by means of a rolling belt beneath a series of blast wheels.
Standard tumble blast machines range in size from 1 ½ cubic feet up to 12 cubic feet of operating capacity. Tumble blast models bigger than 12 cubic feet are available should your production require a larger machine.
International Surface Preparation can assist you with the proper selection of wheel blast equipment that best fits your processing and production requirements.
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