We are very proud to introduce our brand new, revolutionary product:
Ultra Bore Coat!
Ultra Bore Coat was developed
to eliminate or greatly reduce all types of fouling that occurs in firearm
bores. The following information describes how Ultra Bore Coat affects
different firearms.
In rifles
Ultra Bore Coat will stop or greatly reduce jacket foul. It will greatly
reduce powder fouling, allowing the shooter to shoot longer strings
without cleaning. It will also allow the shooter to shoot different
types and brands of bullets during load development without cleaning.
Cleaning is done with patches and solvent only. An average of 3 wet
patches and 3 dry patches will clean the majority of treated barrels,
even after strings of over 800 rounds.
In handguns
Ultra Bore Coat does for handgun bores what it does for rifles. It also
makes lead fouling much easier and faster to clean. It also allows the
shooter to run lead and jacketed bullets interchangeably.
In shotguns it eliminates
or drastically reduces plastic wad fouling in the bore. Clean-up can
be done in most cases with nothing more than a dry bore mop.
In closed breach black
powder muzzle loaders using pellets and 209 primers, Ultra Bore
Coat eliminates the carbon ring build-up and allows the shooter to fire
for prolonged periods without stopping to clean. Some testing has gone
as long as 4,000 rounds without cleaning. It eliminates the plastic
fouling in the bore caused by sabots. It also reduces leading and makes
it easier to clean.
What Ultra Bore Coat will
do:
- It will greatly
reduce or in most cases eliminate jacket fouling.
- It will allow you
to shoot extremely long strings without cleaning.
- You will never need
a bronze bore brush in the bore again; all cleaning is done with patches
and solvent. It takes an average of 4-8 patches and you’re done.
- Ultra Bore Coat
will help protect against corrosion, both galvanic and chemical.
- It will keep the
barrel shooting up to its potential for longer periods of time.
What Ultra Bore Coat will
not do:
- Ultra Bore Coating
will have no effect on velocity, point of impact, or group size.
- If the barrel is
a dog to start with, it will still be a dog after applying Ultra Bore
Coating. But it will the easiest cleaning dog you’ve ever owned.
More about Ultra Bore Coat:
- Average thickness
in all bores once applied and cured is .25 microns.
- Ultra Bore Coat
is applied to a clean bore with a loose fitting patch and slotted patch
holder. After setting at least six hours, the user puts 8 to 10 rounds
down the bore to cure the coating. The coating is cured by the heat
and pressure of firing. The longer you shoot with Ultra Bore Coat, the
better it performs.
- Ultra Bore Coat
will be available to the consumer in a kit form by late July or early
August of 2007. You will be able to order it online from this website.
You can also call and order it direct. Enquiries from O.E.M., distributors
and retailers are welcome.
- Initial testing
for Ultra Bore Coat was done in 30 caliber FN Machine Guns and 50 BMGs.
Testing was started in these weapons 2 years ago. All the bores initially
coated are still performing as new. One application of Ultra Bore Coat
is good for the useful life of the bore.
General Application Guidelines:
Step 1: Clean the bore down
to bare metal or as close as you can get. It is impossible to have the
bore too clean.
Step 2: Flush all cleaning
products from the bore.
Step 3: Saturate a patch with
Ultra Bore Solvent, which is provided in the kit. Run 2 to 3 patches
of solvent down the bore. This solvent will remove all traces of grease
and oil from the bore.
Step 4: Using a slotted patch
holder, cut a loose fitting patch that fills the bore and saturate patch
with Ultra Bore Coat. Run this patch back and forth through the bore
3 to 4 times, ensuring the bore is a uniform wetness from muzzle to
breach. Wipe any bore coating off the muzzle or breach area of firearm,
as Ultra Bore Coat will penetrate bluing and stain.
Step 5: After waiting at least
6 hours or overnight, take the firearm out and shoot 6-8 rounds minimum.
This will center, set and cure the coating. See? It’s not rocket science.