iamunique127
XS360C Owner
I'd heard good things about Dyna Beads tire balancing beads but if you click the link you'll see they no longer have offices or warehouses in Canada. When I decided to try some of these I found many Canadian distibutors had switched to Counteract Balancing Beads because shipping from the US make Dyna Beads far too expensive to be feasible here.
So I found a local-ish distributor and picked some up. A buddy and I ordered together so we asked for a bulk amount. He was able to get them for us in 4 oz. packages that had broken on the inside so they were considerably cheaper than the usual retail price.
Here's what each package contained:
the 4 oz. of beads (which we weighed and separated into 2 oz. packages), a valve stem (which didn't work in my tube), a nice chrome CBB valve cap and a sticker for the wheel identifying the tires as having CBB in them and a place to enter the tire pressure.
I didn't order the application kit so I put some things together myself, consisting of a couple different lengths of hose that fit over the valve, a small funnel that fit in the tube, a large syringe body and an electric pencil to use as a vibrating device.
With a bit of experimenting this is the set-up I found worked best for me:
First, let me tell you what didn't work so well. The guy who sold them to me suggested adding some beads to the feed tube and blowing them in with small blips of compressed air from a compressor. Luckily I only tried a small am't of beads like that because it inflated the tube slightly and when I removed the air nozzle from the tube the air came rushing out and blew some beads back out the tube.
What also didn't work too well was having the valve on the bottom of the rotation, like, at the 6 o'clock position. The beads seemed to back up and just plug the tube. Further, large amounts of beads also seemd to back up and not go anywhere.
What worked well was spinning the tire a bit so the valve was at about the 8 o'clock position and feeding the valve with small amounts of beads from the tube and hopper while vibrating the valve with the electric penscil. A bit of experimentation (and you have time to experiment, believe me) and I soon found the best place to hold the vibrator for the quickest feed. Mine worked best with the electric pencil against the tube where it slips over the valve, with it also touching the adjacent spoke, like so:
I started with the rear tire and thought it went fairly smoothly once I found out what worked. Then I move to the front and continued what I'd been doing. When the electric pencil heated up & I needed to let it cool down I tried coaxing the beads by pounding on the tire with a rubber mallet. Yikes, that worked even better and it got a lot more beads in a lot quicker. Too bad I was almost done when I discovered this.
The front wheel went much quicker but even without the rubber mallet, I'd say it would take about 5 to 8 minutes to load 2 oz. of beads into a tire using the vibration method.
One more tip: when the beads slowed down when going into the tire, I rotated the valve downward, pounded it a few times with the mallet to disperse the beads that were already in there, then proceeded as I had been. That seemed to clear the area inside the tube of collected beads and they flowed well again.
In the end it cost us $6.25 per tire (including tax) to add balancing beads. The guy we bought them from charges around $18 per tire to do the same.
I hope that helps anyone who decides to try balancing beads in their tires.
UPDATE ON INSTALLATION: My buddy had a flat in a tire with beads in it. He cut the old tube and reclaimed the beads. Instead of re-installing them when the tube was in and the tire was seated, he installed the beads into the new tube before mounting it. He just inflated the tube a bit then removed the valve. Leaving the tube hanging loosely, and the stem a bit up from the bottom, the beads poured in quite smoothly with just a little jiggling to hlep them along. When the beads were all in he then put the tube in the tire as usual. Much simpler and easier instal than when the tube is in the tire.
So I found a local-ish distributor and picked some up. A buddy and I ordered together so we asked for a bulk amount. He was able to get them for us in 4 oz. packages that had broken on the inside so they were considerably cheaper than the usual retail price.
Here's what each package contained:
the 4 oz. of beads (which we weighed and separated into 2 oz. packages), a valve stem (which didn't work in my tube), a nice chrome CBB valve cap and a sticker for the wheel identifying the tires as having CBB in them and a place to enter the tire pressure.
I didn't order the application kit so I put some things together myself, consisting of a couple different lengths of hose that fit over the valve, a small funnel that fit in the tube, a large syringe body and an electric pencil to use as a vibrating device.
With a bit of experimenting this is the set-up I found worked best for me:
First, let me tell you what didn't work so well. The guy who sold them to me suggested adding some beads to the feed tube and blowing them in with small blips of compressed air from a compressor. Luckily I only tried a small am't of beads like that because it inflated the tube slightly and when I removed the air nozzle from the tube the air came rushing out and blew some beads back out the tube.
What also didn't work too well was having the valve on the bottom of the rotation, like, at the 6 o'clock position. The beads seemed to back up and just plug the tube. Further, large amounts of beads also seemd to back up and not go anywhere.
What worked well was spinning the tire a bit so the valve was at about the 8 o'clock position and feeding the valve with small amounts of beads from the tube and hopper while vibrating the valve with the electric penscil. A bit of experimentation (and you have time to experiment, believe me) and I soon found the best place to hold the vibrator for the quickest feed. Mine worked best with the electric pencil against the tube where it slips over the valve, with it also touching the adjacent spoke, like so:
I started with the rear tire and thought it went fairly smoothly once I found out what worked. Then I move to the front and continued what I'd been doing. When the electric pencil heated up & I needed to let it cool down I tried coaxing the beads by pounding on the tire with a rubber mallet. Yikes, that worked even better and it got a lot more beads in a lot quicker. Too bad I was almost done when I discovered this.
The front wheel went much quicker but even without the rubber mallet, I'd say it would take about 5 to 8 minutes to load 2 oz. of beads into a tire using the vibration method.
One more tip: when the beads slowed down when going into the tire, I rotated the valve downward, pounded it a few times with the mallet to disperse the beads that were already in there, then proceeded as I had been. That seemed to clear the area inside the tube of collected beads and they flowed well again.
In the end it cost us $6.25 per tire (including tax) to add balancing beads. The guy we bought them from charges around $18 per tire to do the same.
I hope that helps anyone who decides to try balancing beads in their tires.
UPDATE ON INSTALLATION: My buddy had a flat in a tire with beads in it. He cut the old tube and reclaimed the beads. Instead of re-installing them when the tube was in and the tire was seated, he installed the beads into the new tube before mounting it. He just inflated the tube a bit then removed the valve. Leaving the tube hanging loosely, and the stem a bit up from the bottom, the beads poured in quite smoothly with just a little jiggling to hlep them along. When the beads were all in he then put the tube in the tire as usual. Much simpler and easier instal than when the tube is in the tire.
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