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The Tru-Trainer employs a unique and highly effective tracking action, which is non-damaging to the belt and reacts immediately if the belt begins to drift off center.
Because it does not rely on contact with the belt edge in order to guide the belt, belt edge damage, which occurs frequently with other tracking systems, is avoided. The center pivot is unique and simple, consisting of a stainless steel pin within a solid steel center shaft. Advantages include:
- Simple to Install
- Maintenance Free
- Operates In All Conditions
- Increases Conveyor Belt Life
- Reduces Spillage and Waste
- Minimum Working Parts
- Lower Motor Power Consumption
- Operates on Reversible Belts
- Rubber Covered for Better Traction
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The Chevron secondary belt cleaner uses the speed and force of the belt rolling over our patented rubber disks. The unique rotary fingers are forced against the base of the chevrons to dislodge material from the belt.
- Sweeping Action - of each disk cleans in front of and behind each and every chevron.
- Easy Maintenance - no motors, air nozzles, or other problematic equipment to maintain.
- Works Great - in the pulp and paper, fertilizer, potash, and other bulk material industries where chevron style belts are heavily used.
- Solid or Notched - 8” (200mm) diameter abrasion resistant rubber disks are available depending on the height of the chevrons and the conveyor belt speed.
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Flexco Chevron Belt Cleaner takes a new approach to cleaning chevron, cleated, and raised rib belts. Hundreds of rubber fingers create a rotary cleaning action that easily flicks carryback off the belt. And without the typical clogging and rapid wear problems associated with brush-type cleaners. Now there is a better solution for wet sand belts, wood chip belts and other raised top or grooved belts.
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MARTIN® TRAC-MOUNT™ Idler
MARTIN® TRAC-MOUNT™ Idler uses sliding frames to fit into tight spaces between cradles, ensuring proper rolling support for the belt.
Simple Service
Individual rollers slide in and lock in place from outside the belt. No more laying idler sets on their side.
Proper Conveyor Belt Support In Tight Spaces
Slide-in frames need only 8 inches (203 mm) of width for 6-inch (152 mm) rollers.
Meets CEMA Standards
Available for any belt width or troughing angle, with any brand of rollers.
MARTIN® Transfer Points are custom-engineered by Martin Engineering to eliminate blockages, reduce impact, centralize loading and guarantee the material flow rate.
Martin Engineering makes bulk materials handling cleaner, safer and more productive, with engineered systems including conveyor belt cleaners, conveyor load zone/transfer point chutes, impact cradles and slider beds, skirtboard sealing systems, air-supported belt conveyors, air cannons, pneumatic (air) and electric industrial/bin/railcar/truck vibrators, belt training/alignment devices, dust suppression/collection/control systems, and specialized contract services including installation/maintenance and silo/bin/bunker cleaning.
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Our brushing machine type BM 1138 has been constructed previously for heavy-duty conveyor belt cleaning in coal mines and foundries. Today we supply it for almost all kinds of industry where conveyor belts have to be cleaned.
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MARTIN® Brush Belt Cleaners are specially suited for the removal of fines and residue from ribbed, flighted, grooved, or chevron belts. Versions are available to suit your conditions and your budget.
Motor-Driven Cleaning Action
One or two-horsepower motor (depending on belt width) turns brush against belt motion.
Match Cleaner To Requirements
Specify the cleaning system to suit your conditions and your budget.
MARTIN® Standard Brush Cleaner
MARTIN® Standard (Spiral) Brush Cleaner is value-priced answer to belt cleaning problems.
MARTIN® Strip Brush Cleaner
Uses 12 brush strips to form cleaner that sheds even moist material that would plug other brushes.
Brushes To Fit Need
MARTIN® Standard (Spiral) Brush Cleaner uses 0.38 inch (0.96 mm) polypropylene bristles wrapped in spiral around the hub. MARTIN® Strip Brush Cleaner forms brush from strips with 0.40 inch (1 mm) polypropylene bristles. Other materials and bristle diameters are available.
Martin Engineering is the world’s leading developer and manufacturer of engineered conveyor belt cleaning systems. In this position, Martin Engineering has developed fundamental principles of cleaner design that have set standards for belt cleaner engineering and performance.
The multiple-cleaner system originally adopted by Martin Engineering is now the standard for applications on belt conveyors carrying all types of bulk materials around the world. End users (and other cleaner manufacturers) have accepted it almost universally.
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Tracker Rollers from HOSCH ensure conveyor belt alignment.
- Maintenance free
- No wearing parts
- Durable rubber surface
- Suitable for all environmental conditions
- Minimum space required, compact dimensions
- Ease of installation
- Minimum of installation
- Also suitable for reversing operation, ideal for retrofitting
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Mink round brushes - Highly efficient tools with countless applications
Mink round brushes can be applied to solve problems in a wide range of areas, and our engineers have the ideas to exploit this potential. When it comes to flexibility, no industrial tool can match these brushes. We offer a huge selection of models: roller brushes (with stub shafts), round brushes (with hollow centre spindle, no shaft), the Mink HP-System (two half segments, without shaft) and the Mink Zick-Zack-System (modules, with or without shaft). Finally, there are Mink web spreader brush rolls for modern processing of plastic film, textiles and many other kinds of web.
Advantages:
• Suitable for goods of all kinds
• Versatile and economical
• Maximum cleaning power combined with optimum surface care
• Form and stiffness according to individual requirements
• Less need for cleaning agents thanks to the mechanical action of the bristles – economic and ecological benefits
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Mink roller brushes (BW) - Individually configured roller brushes with shafts
Mink roller brushes differ from other Mink round brushes by virtue of their integrated shafts. Owing to the wide-ranging demands made on these brushes, especially in terms of shaft dimensions, there is no advantage in maintaining a stock range. Nevertheless, with our extensive experience in this area we are able to configure special brushes for you very quickly. On account of its extraordinary versatility the Mink Zick-Zack-System can frequently serve as the basis for a reliable solution.
Your advantage:
• Individual configurations for special purposes
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Deburring and Roller Brushes
Use Deburring and Roller Brushes for a professional and perfect finish of cut edges. Diameter, filling material, measurements of the brush and the required bore are determined by the appointed machine and the work piece. We exclude any imbalance by evenly arranged filling material and the testing of every brush.
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Deburring Brushes
Specially developed wheel brushes for deburring. These are suitable for all common deburring machines. Although they are heavier than other brushes because of their dense filling, we exclude any inbalance by evenly arranged filling material and the testing of every brush. Filled with high-quality wire, these brushes have a longer service life. All brushes are with double keyway. Please indicate the required bore.
Deburring End Brushes
These brushes are perfect for deburring tubes, profiles or even plane surfaces. Deburring end brushes are used in a set of 8, 16 or 24 single end brushes integrated in one deburring device. The metal bush fits all standard collets.
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The modular principle underlying our one-way system of trapezoidal toothed roller brushes provides for fast, low cost changes of brushes. They can be installed and similarly removed by a simple hand operation. The teeth lock securely (and in a non-twist manner); as a result, a gap-free bristle surface is assured. Precise true running is guaranteed at all times. The DT system consists of brush segments which are mounted to the brush core with two locking collars. Due to the special modular principle on which they are based, worn individual segments on a roller brush can be replaced
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Diamond Chain offer a range of British Standard products.
The standard range will cover 05B to 32B sizes and are manufactured to meet all ISO606/DIN8187/BS228 standards.
These are available in simplex, duplex & triplex.
There is also a small range of Oval Contour side plate (08B to 16B) and Stainless Steel 300 series (06B to 16B) product available
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High performance roller chains and bush chains for drive and conveyor systems are available from stock. Every day new items are developed and applied for special applications successfully. We produce roller chains up to size 400 with 127 mm pitch, oilfield roller chains and marine-diesel roller chains.
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The secret of our success at Tsubaki is the use of sophisticated computerized production techniques and a dedication to detail. Tsubaki RS Roller Chain bushings are specially produced for perfect concentricity and cylindrical accuracy. Tsubaki carburizes the pin surfaces using an advanced heat treating process. The link plates and rollers are shot- peened, and the surface areas between pins and bushings and between bushings and rollers are pre-lubricated. We then pre-load our roller chains continuously and accurately on multi-sprockets after assembly. The result is a great improvement in performance. We can confidently say that in terms of wear-life, durability, and maintenance cost Tsubaki RS Roller Chain clearly outperforms the competition.
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Teleflex Morse coated helical cables and our competitor’s flocked cables were exposed to 240
hours of salt spray testing per ASTM B117. The results showed some red rust at the ends of the
Teleflex Morse cables and very small traces where the gear tooth broke through the plastic coating
after cycle testing. The flocked cables showed severe red rust throughout its length
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All standard roller chains undergo continuous quality assurance and quality inspection. Iwis chains are pre-stretched, have a highly effective initial lubrication and are extremely wear-resistant with a service life significantly above the average.
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Power transmission roller chains
BS Series
Simplex (from 8mm to 76.20mm pitch)
Duplex (from 9.525 to 76.20mm pitch)
Triplex (from 9.525 to 76.20mm pitch)
ASA Series
Simplex (from 12.70mm to 63.50mm pitch)
Duplex (from 12.70mm to 63.50mm pitch)
Triplex (from 12.70mm to 63.50mm pitch)
Other types
Stainless steel chains
Extended pitch chains
Bush chains
Guide chains
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Can-Eng’s Roller Hearth Furnace Systems are workhorses for heat treating a great variety of materials. Whether you are annealing, bright annealing, normalizing, reheating, stress relieving or tempering, Can-Eng furnaces deliver consistent quality and reliable performance.
•Excellent for atmosphere and non-atmosphere heat treating
•Capacity up to 80,000 lbs/hr
•Flexible processing capabilities
•Excellent uniformity part to part
•Suitable for long product processing
•Recuperative and regenerative burner designs available for fuel efficiency
•Both direct and indirect-fired combustion systems are available
•Versatile product conveyance.
•Rolls allow for direct product loading or the use of fixtures and trays.
•High alloy heat resistant cast rolls
•Uniform temperature in heating chamber.
•Capacity up to 80,000 lbs./hr. (37,000 kgs/hr.)
•Combined over/under hearth firing available
•A wide range of protective atmospheres are available
•A variety of convective heat transfer fans are available
Applications: Carbon steels, Tool steels, Aluminum, Alloy steels, Stainless steels, Brass, Copper
Processes: Bright annealing, Stress relieving, Annealing, Normalizing
Quench and Temper, Reheating, Tempering
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Steel rods and pipes are mainly heat-treated using roller hearth furnaces. The high temperature consistency and low energy consumption of these furnaces, normally gas-fired, ensure reproducible quality and short treatment times. The processes used for heat treating non-alloyed and alloyed carbon steel pipes at temperatures between 450°C and 1050°C include stress relieving, recrystallizing, normalizing, soft annealing and spheroidizing in indirectly fired continuous roller hearth furnaces. For the spheroidizing of pipes made from high-carbon ball bearing steel, vacuum vestibules to completely isolate the furnace atmosphere from the surrounding air are essential, at least at the furnace entry. Vacuum vestibules are also needed at the entry and exit of continuous roller hearth furnaces for the bright solution annealing of high-alloy austenitic pipes. In the heat treatment of copper alloy bars and pipes, zinc, which can be easily oxidized, is the critical element in the alloy. Rapid cooling is essential to ensure that the zinc is kept in solution. This can be achieved using optional high-convection cooling chambers with a hydrogen atmosphere.
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Wellman's broad experience in building Roller Hearth Furnaces includes direct-fired and atmosphere furnaces for temperatures to 2100°F (1150°C). Fuel-fired or electrically heated designs are available.
These furnaces are ideal for lamination annealing, tube annealing and many other processes. For example, a successful Roller Heath line was provided for reheating molybdenum and tungsten sheets for rolling. It features a unique pulse-fired combustion system.
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Reheating furnaces for blooms, slabs and billets
- car bottom, chamber and bell-type furnaces
- pusher-type furnaces
- suspended monorail furnaces with quenching and special dipping facilities for the quenching and tempering of axles, shafts and small parts
- conveyor-type quenching and tempering lines for forgings
- roller hearth furnaces for the heat treatment of wire coils
- special rotary hearth furnaces for the solution annealing and spheroidizing of CrNi steel wire coils
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This is a continuous furnace suited for production of light alloy products such as engine parts and cast aluminum wheels. The solution heat treating process is ensured by good temperature distribution achieved through hot air circulation and a fast-feeding roller hearth mechanism to transfer the work load to the quench chamber.
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Guiding units with or without centric roll adjustment and single roll guides.
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Long experience in producing Rolls for Hot Rolling
More then 200,000 cemented carbide rolls have been produced by Sandvik Hard Materials since 1965. The cast-in-carbide (CIC) concept takes this material a step further, as demonstrated in hot rolling mills all over the world.
Sandvik’s CIC technology offers new opportunities for rolling mill managers to improve product quality, reduce down-time and increase productivity.
Containing an optimised combination of cemented carbide and ductile iron, Sandvik CIC rolls combine excellent passform wear resistance with high strengt and toughness in the roll body.
The composite design of CIC rolls means that the carbide performs the rolling, while torque transmission is handled by the ductile cast iron.
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Staightening rolls, guiding rolls and deflection rolls made of different materials and with coatings. High performance rolls for process matérial speeds up to 70 m/s and for straightening forces up to 300 kN.
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