An excellent selection of some of the most beautiful woods in the world. We are direct importers of exotic hardwoods from around the world. As always, if you don't see what you want, give us a call1.877.232.3915, we can get what you need!
Pre-made solid wood panels are a great solution for a busy woodworker who does not have the time or does not want to be bothered with the tedious glue up process. We can produce solid edge glued wood panels in almost any size or specie.
Ipe Decking. Shipped directly to your home or jobsite. Ipe Decking ( Brazilian Walnut) is 100% clear hardwood decking. Ipe is by far the best choice for maintenance free decking material. Great to go barefoot on .....no knots or splinters. Naturally termite, mold & fungus resistant.
Hardwood flooring in species such as Ipe, Brazilian Cherry, Santos Mahogany and other fine exotics at pricing cheaper than domestic hardwoods. These prices are lower than most flooring stores and distributors pay!!! We are direct importers so you receive top quality flooring at wholesale pricing. Shipped direct to your home or jobsite.
In this section you will find special lumber items and closeout merchandise at unbelievable prices. Check out this section often as we have a variety of different lumber species that we offer our customers.
Take advantage of our 5% discount on new parts orders of $5,000+ for in-stock aftermarket parts placed May 28 - July 31. Click the link below to fill out your parts request and someone will get back with you immediately.
ProcessBarron is a turnkey solutions provider with a focus in air handling and materials handling equipment. Were proud to be one of the few companies in the nation specializing in everything from design and manufacturing to maintenance for these products.
Were available 24 hours a day, 7 days a week to provide fast emergency repairs for material handling equipment and draft system components. Were dedicated to saving you time and money with prompt service. Learn More
FEECO has worked with everyone from start-up companies, all the way to Fortune 100s, including entrepreneurs, as well as some of the worlds top engineering firms. Some of our satisfied customers include: Slide 1Slide 2Slide 3Slide 4
Sanitary napkin disposal machine used to disposal machine is personal hygienic product. The automatic disposal machine used to dispose the sanitary napkin completely. It also protects women for bacterial disease and infection. It is mostly installed in school & college, hospitals, offices, public places etc.
Fuel Gas Heater Skids are sub assembly of a complete Fuel gas conditioning systems or Fuel gas filtration packages skids. The Heating systems are used to pre heat the fuel gas to desired temperature at specified pressure and flow rate, prior to feeding to the actual process or further circulations.
A Vertical form fill sealing machine is a type of automated assembly-line product packaging system, commonly used in the packaging industry for food, and a wide variety of other products. The machine constructs plastic bags and stand-up pouches out of a flat roll of film, while simultaneously filling the bags with products and sealing the filled bags. Both solids and liquids can be bagged using this packaging system.
In cable conductor strand dimension Unit is in mm but cross sectional area or conductor size is given into Sqmm (mm2), AWG (American wire gauges) & SWG (Standard wire gauges). We can easily understand the conversion of SWG/AWG into mm & mm2 from given Table Conductor Size Equivalents (Diameter) No SWG B & S(AWG) inches
The thermocouple conductors are used to manufacture thermocouple sensors to sense the temperature directly; however extension & compensating conductors are used in extension/compensating cables that used to extend the thermocouple mV signal from thermocouple sensors to panel. Extension & compensating grade conductors have typically lower temperature limit & accuracy as compared to Thermocouple grade conductors. Major differences among three types of conductors are as follow Thermocouple Conductors These are called original conductors used to make thermocouple sensor. It has special limits of accuracy (Class 1)as per IEC 60584.3 that is 1 . 5 C or 0 . 4 % of temperature. Temperature ranges of these
We are very happy to introduce you our new TEMPSENS make CALsys -100/40 Indias First Ultra low temperature FPSC system based Calibrator which is Portable, Highly accurate and Stable and offers a wide temperature range from -100C to 40C for Industrial/ Laboratory field use. It is a highly stable standard Calibrator for calibrating RTD, Thermocouple and thermistors. This calibrator can be used on site for Ultra low temperature calibration in aerospace, oil gas petrochemical, pharmaceutical industry, electric power, automotive and material process industry. This calibrator working based on compact efficient Free Piston Sterling cooling (FPSC) technology. Thu
CALsys 650 PLUS offers easy to use portable temperature calibrator with a medium temperature range from 50 to 650C. It is a highly stable standard furnace for calibrating thermocouples / RTD. This calibrator can be used on-site in workshops, test and measurement rooms as well as laboratories. The comparison volume is a metallic block of special material, which has a diameter of 32mm and 150mm long. The CALsys 650 PLUS is an automatic temperature calibration system for the Thermocouple and RTD's. The system consists of a Temperature bath and PC software, which together contribute to the whole cycle of the auto-calibration process. The system accepts 4 channels, 4 Thermocouples, or 4 RTDs. The connection for these channels
Heat flux sensor is a transducer that generates an electrical signal proportional to the total heat rate applied to the surface of the sensor. The measured heat rate is divided by the surface area of the sensor to determine the heat flux. Careful design, rugged quality construction and versatile mounting configurations. Each transducer will provide a self-generated 10-millivolts (nominal) output at the design heat flux level. Heat Flux gauge absorbs heat in a thin metallic circular foil and transfer the heat radially (parallel to the absorbing surface) to the heat sink welded around the periphery of the foil.The emf output is generated by a single differential thermocouple between the foil center temperature and foil edge temperature. Sensors are used in many applications like in ground and flight aerospace testing,
Rotary drums, including dryers, coolers, and kilns, are an integral part of the many industrial processes that shape our world. From fertilizer and chemical production to ore beneficiation and even consumer products, rotary drums provide a reliable, high-capacity setting for accomplishing a number of necessary objectives when it comes to processing bulk solids.
The efficiency of a rotary drum, no matter what its purpose, is often key to maintaining a steady workflow and upholding quality standards. One factor that can have a significant impact on the overall performance of the unit is the seal.
Seals help to ensure that the rotary drum and overall process perform as intended. This is less of a concern when working with agglomeration and granulation drums (these drums typically use a very simple seal called the Labyrinth seal), and more of a concern when working with drums that utilize heat transfer and a controlled processing environment. Seals are used to stop air leakage into or out of the rotary drum, which can cause the internal temperature to deviate and the process to decrease in efficiency, sometimes significantly. This often results in increased fuel consumption and residence times, inferior product, or even a reduction in throughput.
Seals are especially crucial when working with rotary kilns, where high temperatures are employed and the atmosphere inside the kiln must be tightly controlled. Rotary kilns use this controlled environment to cause a chemical reaction or phase change within the material being processed. Air leaking into or out of the system has the potential to change processing conditions, therefore disrupting (or not allowing) the intended reaction. Again, this could result in lost or inferior product, or the need to reprocess the material.
Because of the high temperatures they employ, most rotary kilns are run at a negative pressure in order to prevent the heat and combustion gases from leaking out. However, air can leak in as a result of this negative pressure, potentially causing the temperature to drop. Similarly, many kilns may require a specifically designed atmosphere within the kiln, such as an inert (low or no oxygen) atmosphere. In either case, seals are used to prevent the exchange between the internal and external kiln environment, allowing the processing to occur efficiently and as intended.
Seals are available in a variety of designs. FEECO offers three primary seal types for our rotary equipment, with selection and customization based on factors such as the needs of the material being processed, emission gases, internal gases, and more.
When air leakage is not a major concern, such as with agglomeration or granulation drums, the labyrinth seal is a common choice. The labyrinth seal is a cost-effective option with a relative leakage of >> 1.0. This seal provides a torturous path for the ambient air by means of close clearance between the rotating seal ring and the stationary housing. With this seal, flexible wrap can also be added between the seal plate and rotating shell, in order to improve the seal.
The single leaf seal offers a bit more sealing power, with a relative leakage of = 1.0. This seal consists of a series of overlapping spring plates. Similar to a fanned out deck of cards, the leaves, or cards, are made out of spring steel, and are forced to push against the wear plate of the rotary drum. These fanned leaves naturally keep pressure on the rotating drum, keeping a good seal.
The double leaf seal is a variation of the single leaf seal, but offers increased sealing ability with a relative leakage of = 0.25. As such, the double leaf seal is used when less leakage can be tolerated than with that of a single leaf seal. The double leaf seal is similar to the single leaf seal, but consists of two single leaf seals with a ceramic fiber blanket sandwiched between the two layers of leaves.
While seals are always provided as part of a rotary drum purchase, existing operations may benefit from replacing old or ineffective seals. Determining whether a seal is, or will soon be, in need of replacement is often as simple as a visual inspection. Examining the seal on a weekly basis can help to indicate that a seal is wearing and may soon require repair or replacement. Signs that a seal is in need of attention include:
Seals are an integral component in the overall performance of a rotary drum, particularly when a controlled heat transfer is being utilized. The selection of the proper seal for a given application promotes optimum processing efficiency, a clean and safe work environment, and allows the process to be carried out as designed. Replacing inferior seals can help to get a process back to efficient operation.
A seal is essential at each end of a rotary unitto prevent ambient air from entering the process. Air leakage can have varying effects on different processes anda leaky seal may reduce efficiency, create unsafe or unstable conditions.
Seals are damaged most by overheating or by physical abuse. Overheating can occur because of insufficient cooling by fans or by insulating them from natural cooling. Physical damage is done by not cleaning seal discharge chute or by running the kiln too slow, causing spillback.
The Superdeal seal has applications for rotary kilns, dryers and coolers. Because of its low leakage characteristics, it is cost effective for most applications. Increased fuel efficiency, reduced off gas volumes and environmental compliance requirements are typical considerations for selecting this seal.
The Superdeal consists of a dual layer of overlapping high strength spring steel leaves with ceramic fiber blankets between the layers. The Goodeal consists of a single layer of overlapping high strength spring steel leaves.
The overlapping leaves form a seal while allowing the kiln to rotate freely. There are many different ways and reasons to arrange a rotary seal. Both seals can be installed in a wide variety of configurations. The configuration on the left shows a standard radial seal configuration. Some other common configurations include:
Sealing devices in both kiln head and kiln tail are the key equipments in clinker calcinating system in rotary kiln. The sealing devices effect directly influences the calcinating systems heat and energy consumption. The common sealing forms are fish scale sealing, cylinder sealing, graphite block sealing, labyrinth sealing and baffle sealing.
Radio sealing is the device that several even-distributed seal elements attach around the cylinder of rotary kiln. Elements exist partial overlap and connect with the feed chamber of kiln head and kiln tail by a fastener. The kiln under negative pressure when normally operating. The cold air beside the kiln can only leek into the rotary kiln through the radio clearance between the seal element and the cylinder. Radio sealing has laminated seal type and graphite block seal type. The laminated seal can be divided into a double-layer seal with ceramic fiber felt in between and single layer seal. Radio seal device requires sealing element not only should possess a certain strength and elasticity to tightly attach seal element to the cylinder so that radio clearance between seal element and the cylinder can narrow down and seal effect can achieve the best performing, but also demand high wear-resistance seal element.
End seal device is that a part of seal element attaches to flange in the kiln head or kiln tail called moving friction block; the other part of seal element attach to the flange in kiln head hood or kiln tail feed chamber, called static friction blocks. When normally operating, kiln stays in low pressure, so the cold wind outside the kiln can only enters between end clearance between moving friction bricks and static friction bricks. According to the different applications of force, the end seal device can be divided into air cylinder type and spring compaction type.
There certainly are clearance between cylinder and fixed moving kiln head joint in kiln head and between cylinder and fixed smoke chamber joint. Rotary kiln operates during the negative pressure, in case of inhaling outside air to stabilize kilns thermal regulation and of leaking dust under unnormal operation, in the above two spots must settle the sealing device. In technical operation, the quantity of air, fuel and materials are required to stay in a certain radio to certain kilns quality and yield. So, at the spot between kiln head and cylinder and the spot between the kiln tail and cylinder, good sealings are very important. If a leak in excess cold air in the kiln head, the secondary air quantity from clinker cooling equipment will reduce, and the temperature of secondary air will be colder, which is not only bad for clinker cooling but also will reduce the flame temperature to slower the burning speed and expand heat loss. If leakage exists in kiln tail, as the most pressured spot in the kiln, it is easy to input much cold air, a big load of air cant eject, so the thermal system will be broken.
So, we can learn that kiln seal can be divided into radio seal and end seal. The most common rotary kiln sealing types are fish scale sealing, cylinder sealing, graphite block sealing, labyrinth sealing and baffle sealing.
The best seals are the ones youll install and not think of again. To make sure that we deliver peace of mind to you, we think about them every day. In fact, weve been thinking about kiln seals for over twenty years.
Welcome to Sutton International, makers of the high quality FlexMETmetal-leaf rotary kiln seal, as well as FabriSeal and HybridSeal, our versatile and flexible rotary fabric-based, custom-built seals. We work with cement and activated limestone producers, agricultural feed and rendering manufacturers, the print and toner industry, activated carbon producers, waste incineration plants, biomass and wood pellet producers, gold mines, and anyone else who uses a rotary kiln, calciner, cooler, or dryer as part of their production process.
Our experience with kiln seals is deep, our customercare team is educatedand available, and our ability to deliver custom products to meet short deadlines is second-to-none. Moreover, were ready to help support and retrofit your current equipment to meet ever more stringent EPA emission requirements with our unique, lightweight, and hand-designed seals and products.
What makes our company truly special is how we treat our customers. Like us, we know how important it is for you to never worry about the solutions you count on. Treating our vendors and customers like business partners give us peace of mind that your experience with Sutton International will be a personable one. Browse our site and learn more about what makes us different, and feel free to call us with any questions you may have. Were glad you are considering our products and we look forward to working together with you on your next sealing project.
Kiln seals are used to help control cold air infiltration into a continuous process. They are different than standard seals, as they need to work on equipment that has eccentrically moving parts. The seals provide a flexible application to non-uniform surfaces, whether through a metal leaf design or by incorporating proprietary industrial-grade fabrics.
Kiln seals are an integral part of any continuous manufacturing process where rotating shells are employed. Seals limit destabilizing cold air infiltration into a hot process which can wreak havoc on process control, which in turn drives up energy costs. A stable process can reduce requirements on ID fans and burner output which translate into energy savings. Good sealing systems can also help with EPA issues such as emission control of toxic gasses and dust. Kiln seals should be thought of as an important component of any pyro process due to the many benefits they provide. Unfortunately they are oftentimes an afterthought when it comes to maintenance outages or other process improvement initiatives.
There are many types of kiln seals on the market today with varying strengths, weaknesses, and price tags. We offer a variety of sealing solutions that are a small fraction of the cost of larger elaborate sealing systems. Our seals are able to be retrofit to almost any equipment configuration. You could say that making older equipment function more efficiently with properly designed and fitted kiln seals is our bread and butter.
We engineer our industry-leading kiln seals to perfectly fit your individual kiln, calciner, cooler, or dryer. Because all equipment varies in its function and design, effective kiln seals should be custom-engineered to complement a process. With this philosophy in mind, we provide every business partner a solid, specific kiln seal that is designed with over 20 years of engineering experience to best address the specific needs of each piece of equipment we work with.
FlexMET is a complete metal leaf seal designed for high-temperature applications, such a rotary kilns and calciners. 100% graphite wear pads affixed to the leaves prevent any type of metal scoring, and are self-lubricating to provide exceptional service life. Now available with an optional patent pending cover that further enhances efficiency!
Of course, for those looking for the longevity of a metal-based seal and the efficiency of a fabric-type seal, we offer the Sutton Industrial HybridSeal, a patented true work of engineering genius that combines the benefits of both types of seals.
We bring over 20 years of kiln seal design experience to our work and weve watched the industry grow and change under our command. Our products have helped customers postpone major CapEx projects by extending the service life and improving the efficiency of older equipment. We have also been honored with OEMs adopting our seal designs and changing the way they engineer new processing equipment. But what weve learned most in our decades of work is that the best quality of Sutton International is our dedication to supporting our customers. Like us, we know how important it is for you to never worry about the solutions you count on. Our continuous R&D activities insure that our products are reliable and deliver on the performance you expect.
The seal keeps silently doing its job while the kiln rotates more than a half-million revolutions each year. Sutton has been very supportive throughout the design, installation, and performance-monitoring phases of the project. They have shown a real interest in making sure that we are satisfied, and we appreciate their interest.