Inner Tubes Bulk Buy \/\/TOP\\\\
Continental's Race 28 Tubes are light, durable and reliable. They're made from standard weight butyl and feature removable Presta valve cores. This bulk pack of 50 unboxed tubes is available in 700c x 18- 25 mm (27" x 3/4" - 1") with 42 mm valve stems. Average weight is 106 g / ea.
inner tubes bulk buy
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We bulk these for our own bike builds, they're just great value for money tubes, supple, light and durable. Stock up now while you can.Butyl rubber tubes700c sizePresta valve, fixed core18-25mm Full DescriptionSorry, not available. Please re-selectPlease select from the options in the drop down boxes to the leftFrom3.49 SelectSummaryOptions40mm / Presta / 18-25mm Qty123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172 737475767778798081828384858687888990919293949596979899100Add to basketIn stock3.49 Was 4.9930% off60mm / Presta / 25-32mm Qty1234567891011121314151617181920212223242526 27282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100Add to basket In stock3.49 Was 4.9930% offView all availabilityDetails
Limit of 10 per customer. Because we want all of our loyal customers to benefit from our great inner tube prices we have limited these to a maximum of ten per customer. Shame on all you bike shops that have been bulk buying them to resell at a profit.Vavert 700c inner tubes in bulk packs. Simply select how many you need for your club or workshop and stock up now. Additional InformationProduct Code:TUVAVXYZ700Also InTyres and Tubes
Inner Tubes
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Most manufacturers can supply tubes in bulk boxes to bike shops, usually at discounted prices. Due to the volume of inner tubes we sell, we usually buy tubes in bulk boxes; so that we can pass on these savings to our customers. So if your order contains unboxed tubes rest assured they are of the same quality as regular boxed ones. The only way in which they differ from a boxed product is exactly that, no box!
Arguably no single component can have a greater impact on your cycling experience than the humble bike inner tube. Made of synthetic rubber, bicycle tubes sit inside your tire, creating the airtight chamber that keeps your tires inflated. And while more and more higher end bikes (especially mountain bikes) have moved to tubeless set-ups, bicycle tubes remain an essential piece of cycling equipment. Indeed, carrying a spare bicycle tube is a must whenever you roll out on your bike, lest you get a flat tire and have to walk home.
A closure transferring device and method are provided. The closure transferring device has a main frame, a transferring member, and an air conveying system. The transferring member rotates while transferring closures from a first station, such as a bulk shipping bin, to a second station, such as a capper hopper. The device preferably has a movable bin adapted to contain closures in cooperation with the transferring member. A method for transferring closures is also provided.
The present invention satisfies the above described needs in the art by providing a more efficient closure transferring device and method. The closure transferring device comprises a main frame, a transferring member, and an air conveying system. The transferring member is movably coupled to the main frame and adapted to move in an angular direction while transferring closures from a first station, such as a bulk shipping bin, to a second station, such as a capper hopper.
In a preferred embodiment, the transferring member is a telescoping tube adapted to move in a relative longitudinal direction along the main frame. The telescoping tube has an inner tube mechanically coupled to the main frame, and an outer tube slidably coupled to the inner tube such that the outer tube is free to slide axially along the inner tube.
A method for transferring closures is also provided. According to the inventive method, closures are transferred from a first station to a second station by setting the transferring member in a first position, placing a removable bin adapted to contain closures in cooperation with the transferring member, moving the transferring member to a second position proximate the closures, activating the air conveying system to begin transferring closures from the first station to the second station, deactivating the air conveying system to stop transferring closures, returning the transferring member to the first position, and removing the bulk shipping container. In a preferred embodiment, the transferring member is rotated while closures are being transferred.
As shown in FIG. 1, a closure bulk handling system 100 comprises an air conveying system 110, a transferring member 120, and a drive system 130, each of which is coupled to a main frame 104. Drive system 130 is preferably an electrical device, such as a motor, which is known to those skilled in the art. Transferring member 120 is electrically coupled to drive system 130. A gate 102 is slidably connected to main frame 104.
In a preferred embodiment as shown in FIG. 1, transferring member 120 is a telescoping tube comprising an outer tube 118 and a concentrically disposed inner tube 116. The top of inner tube 116 is mechanically coupled to main frame 104. Outer tube 118 is slidably coupled to inner tube 116 such that outer tube 118 is free to slide axially along inner tube 116. Preferably, a pneumatic device is used to cause outer tube 118 to move upward along inner tube 116, while downward motion is effected by gravity. In a preferred embodiment, weights are used to counterbalance transferring member 120 through its axial motion. Outer tube 118 is fixedly coupled to inner tube 116 in the angular direction such that outer tube 118 is not free to rotate independent of inner tube 116. In a preferred embodiment of the present invention, a rotation device 122 is coupled to main frame 104 and to inner tube 116. Rotation device 122 is also electrically coupled to drive system 130 to cause rotational motion in transferring member 120. Since inner tube 116 and outer tube 118 are fixedly coupled in the angular direction, rotational motion in inner tube 116 is translated into coaxial rotational motion in outer tube 118.
The system of the present invention is used according to the following method. With gate 102 and transferring member 120 both in a raised position as shown in FIG. 1, a bottler or other operator places a movable bulk shipping container 140, within main frame 104 under transferring member 120. Gate 102 is lowered around container 140 to keep container 140 from moving during operation. Similarly, transferring member 120 is lowered into station 140. In a preferred embodiment, outer tube 118 moves axially downward over inner tube 116 until distal end 126 comes to rest proximate the closures within container 140.
Air conveying system 110 causes closures to be vacuumed out of container 140 and transferred through transferring member 120 and then through air conveyance conduit 114 to a delivery station (not shown), such as a capper hopper. Preferably, drive system 130 also activates rotation device 128, causing transferring member 120 to move in an angular direction. This angular movement, which preferably occurs whenever closures are being transferred, is preferred since it provides an efficient approach to emptying the bulk shipping container. As the closures are transferred out of station 140, transferring member 120 extends toward the bottom of station 140. Once all closures have been transferred out of station 140, transferring member 120 will have been extended such that distal end 124 is proximate the bottom of container 140.
FIG. 2 shows the system of the present invention after closures have been transferred from container 140 to the delivery station (not shown). As shown in FIG. 2, gate 102 is in a lowered position and transferring member 120 has been extended proximate the bottom of container 140. In the embodiment shown, in which transferring member 120 is a telescoping tube, outer tube 188 has moved axially over inner tube 116 from a raised position to a lowered position. 041b061a72