Use our newly discovered Blender Gasket information to make meals like a Masterchef
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 REPLACEMENT RUBBER RING GASKET SEAL OSTERIZER OSTER BLENDER BLADE 2 PC SET NEW  US $4.79
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 Oster Osterizer Blender Jar Gasket 10 Pack US $11.25
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 Oster Osterizer Blender Jar Gasket 25 Pack US $26.56
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 NEW Oster Set of 3 Blender Blade Sealing Ring Gasket US $3.23
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 NEW Oster Set of 6 Blender Blade Sealing Ring Gasket US $5.50
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 Oster Blender Replacement Rubber Gasket Ring Seal NEW US $2.04
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 Oster Blender Rubber Gasket Ring Seal 3 PACK NEW US $3.22
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 Oster Osterizer Blender Jar Gasket US $.99
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 4 REPLACEMENT GASKET SEAL Sunbeam Food Processor Blender Rubber New Sealing Ring US $6.99
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 Rubber Gasket O Ring Seal for Oster and Osterizer Blenders US $3.30
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 Rubber Gasket BlenderPower Chopper US $3.99
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 Osterizer Set of 3 Blender Blade Sealing Ring Gasket US $2.23
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 Cuisinart SPB 456 3 blender gasket seal US $9.99
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 KitchenAid Replacement Parts BLENDER LID GASKET SEAL New KSB5WH0 9703241 US $9.95
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 CUISINART BLENDER GASKET 2 5 8 OUTSIDE DIAMETER PART NEW US $3.99
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 Oster Blender Glass Jar Lid Gasket Cutter Nut US $23.42
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 Hamilton Beach Blender Gasket HBJ US $1.01
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 Kitchen Aid Blender NEW GASKET SEAL KSB52 5KSB52 Replacement Blade Rubber Ring US $6.99
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 Genuine KitchenAid Blender Blade Gasket Seal 9704204 US $6.99
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 EU Blade Rubber Seal Gasket for KitchenAid Blender KSB52 5KSB52 KSB5B KSB5E US $9.47
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 KitchenAid Blender Gasket Sealing Ring US $4.25
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 Osterizer Oster Blender Jar Seal Ring Rubber Gasket Repair Part US $4.25
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 New FLAT BLADE w Gasket for Magic Bullet Blender US $3.46
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 Oster Kitchen Center Blender Blade Sealing Ring Gasket US $2.04
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 OSTER BLENDER JAR GASKET FITS ALL OSTER BLENDERS US $2.25
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 Waring Blender Blade Coupling Bearing and Gaskets US $20.00
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 Black and Decker Blender Gasket Seal Ring 381227 00 US $8.67
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 Hamilton Beach Blender Gasket HA 020 US $7.70
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 Rubber O ring Gasket Seal for Oster Osterizer Blender US $2.89
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 Oster Blender Sealing Ring Gaskets 6 Pack OS 050 US $2.10
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 Oster 6 Pack of Blender Blade Sealing Ring Gasket US $5.93
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 WA WBJ Blender Jar Gasket 657123 US $1.29
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 HA HBJ Blender Jar Gasket 657131 US $1.29
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 Rubber Gasket O Ring Seal for Oster and Osterizer Blenders 3 Pack US $3.25
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 Sunbeam and Oster Blender Gasket US $1.69
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 Cuisinart SPB 456 2 Blender Cutter Blade Rubber Gasket NEW US $15.99
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 Cuisinart SPB 456 3 blender gasket seal rubber US $9.25
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 Hamilton Beach Blender Gasket O ring Replacement Part number HA 020 US $.99
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 New Magic Bullet Juicer Blender Flat Blade w Gasket US $5.49
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Blenders
Air Blowoff Systems for Industry
Canadian Air Systems Co. is a world's leading designer and manufacturer of high-penetration air-knives for a variety of industrial process applications:
* Liquids Blow-Off Devices
* Fast Air Cooling
* Conveyor Belt Cleaning
* Process Air Curtains
* Conveyor Dryers
Blower and fan units used in tank, blender, and conveyor tube drying can reduce drying time by an average of 50% compared with natural air drying. They are almost always a direct-drive design in order to minimize size and cost. However, an in-line electric heater must be added, and this ultimately raises both the cost and total power consumption. The final assembly still must be compact enough to mount on a portable cart to easily service multiple mixers, and this portability requirement limits the size and drying power of these forced-air dryers.
There are other performance issues and technical drawbacks that make blower and fan units problematic for many users. They must be connected to an in-line electric heater in order to introduce hot air into the tanks, blenders, and auger conveyors. The blowers tend to have high pressure at low airflows, but low pressures at high airflows. The fan designs have low pressures at all airflow ranges and this low pressure makes it impossible to overcome air pressure resistance through the heater and throughout the tank, blender, and conveying circuit without losing all of the benefits of high air volume.
The end result is low air volumes for both the blower and fan dryer units. This causes equally low rates of air exchange throughout the whole tank, blender, and conveyor system. The net effect of such low air volumes at high air temperatures in regard to the heaters is that air temperature spikes can occur in certain areas. These become dry while other internal surfaces of the tank, blender, and conveyor system remain moist, thereby remaining at ambient temperature longer and not drying at the same rate. These temperature extremes can also cause damage to rubber glands and seals within the tank, blender, and conveyor circuit. Because electric heater elements have a typical surface temperature of 1200ºF, safety considerations increase if the electric heater coils or the heater controller has any type of malfunction.
High-speed belt drive blowers with electric motors ranging from 3 to 50 hp offer several advantages over the direct-drive blowers. They occupy the same smaller space of direct drive while having higher horsepower than the direct-drive blowers and fans. Because hot air is generated by recycling the natural blower heat, they do not require heaters. It is also possible to connect multiple tank, blender, and conveyor tube ports from one blower simultaneously, but care should be taken to make certain that the airflow is balanced to ensure that the drying time is equal.
As discussed earlier, the optimum design for drying tanks, blenders, and conveyors is by use of a pressurized air circuit in order to achieve the smallest temperature variance throughout. Since this pressure must be maintained along with an air exchange rate of 1–2/min, there must be some means of restricting exit air.
There are certainly a number of variables among the wide range of manufacturers of tanks, blenders, and auger conveyors, but the common denominators for defining an effective drying system usually prove to be very much the same.
The first step is to determine the maximum continuous air temperature to which the entire circuit can be exposed. Although there are certain systems where Teflon seals and gaskets can handle greater than 200ºF, a more common acceptable maximum is 150ºF continuous air temperature. Just as with the high-temperature solutions, operators must take care to avoid bare skin contact with metal surfaces at 150ºF. However, food safety personnel endorse the 160ºF air temperatures for the 15–30-minutes drying cycle as it supplements the sanitizing process.
Next, to minimize air temperature gradients within the entire tank, blender, and conveying system, the drying air must be pressurized at all times to between 0.8 and 1.0 psig. Air molecules mix better at these slightly compressed levels, and the “hot spots” that are common with the low-pressure blower, fan, and electric heater systems are greatly reduced.
The last piece of the drying formula, with the air temperature at 160ºF and the internal air pressures at ~1.0 psi, is to obtain a total air volume exchange rate sufficient to meet the drying cycle time objective. The more air exchanges, the faster the drying time. With a wash temperature of 150ºF, the air volume exchange rates are as follows: with one air exchange per minute, the drying cycle is approximately 30 minutes; with two air exchanges per minute, the drying time is generally 15–20 minutes.
However, if the CIP temperatures are lower than 140ºF or the target drying time is less than 15 minutes, the horsepower and size of the drying system will make a portable dryer less practical.
For additional information please refer to http://nis-co.com.
Oleg Tchetchel
Industrial Applications Engineer
Canadian Air Systems
http://www.nis-co.com/airknife/Index.html
http://nis-co.com/index.html
About the Author
Oleg Tchetchel
Designer of Air Moving Systems
Canadian Air Systems
http://nis-co.com/contact/Index.html