I made a widget for my 10/22

4b1t

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I have been using a Tac Sol 16.5 inch barrel on one of my 10/22s for a while and felt like a change. Great barrel, very accurate and well made, but just wanted to mess around.

I bought a 12.5 inch Dlask. Unlike the Tac Sol, the Dlask does not come with a thread protector for the muzzle. As many of you are aware the Tac Sol thread protector will fit the Dlask but is too short and requires a spacer.

So last night I fired up the lathe and made myself a thread protector. It is obviously longer than required but I thought it looked pretty good.

Just thought you might be interested.
 
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Drill a couple hole's in the top and you have a flash hider.
A couple slot's here a couple hole's there the possibilities are endless.
 
Drill a couple hole's in the top and you have a flash hider.
A couple slot's here a couple hole's there the possibilities are endless.

Then make a couple more and sell them ... my 12.5 from DAC never had a .920 thread protector.

:D
 
I would not recommend anyone put a flash hider, comp or muzzle brake on a 22lr. Yes they look cool, but the trade off is usually redirecting lead particulate back at the shooter. With the high volume of rounds typically shot through 22lr rifles, this could become a problem.

To the OP: Excellent work!
 
I would not recommend anyone put a flash hider, comp or muzzle brake on a 22lr. Yes they look cool, but the trade off is usually redirecting lead particulate back at the shooter. With the high volume of rounds typically shot through 22lr rifles, this could become a problem.

To the OP: Excellent work!

????:confused:

Clobb...news to me?? f:P:2:
Is there any testing data to prove this or is it more "the sky is falling" internet hokey pokey?
Flash hiders, comps and muzzle brakes have been around for MANY years (predating WWI easily)!
NEVER heard of anyone getting lead poisoning through "particulate" from them???
 
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????:confused:

Clobb...news to me?? f:P:2:
Is there any testing data to prove this or is it more "the sky is falling" internet hokey pokey?
Flash hiders, comps and muzzle brakes have been around for MANY years (predating WWI easily)!
NEVER heard of anyone getting lead poisoning through "particulate" for them???

Quite the contrary. My grandfather died of lead poisoning from a firearm. My grandmother caught him screwing around, and poisoned him with 240 gr. of lead from a 44-40. He didn't suffer long, but it really screwed up his central nervous system.:D
 
????:confused:

Clobb...news to me?? f:P:2:
Is there any testing data to prove this or is it more "the sky is falling" internet hokey pokey?
Flash hiders, comps and muzzle brakes have been around for MANY years (predating WWI easily)!
NEVER heard of anyone getting lead poisoning through "particulate" from them???

Sorry to the OP for the hijack...but......


Wham -O, Dr. Lector posted about this quite a while ago, so I'm not the only person to mention it. If you do a simple Google search you will find lots of information. The problem with 22lr is that it's entirely possible that shoot 500, 1000 or more rounds per session, and some people can do that every week. A muzzle brake, comp or flash hider will actually redirect more of the lead particles and gases back at the shooter so you are magnifying the exposure.


Read the first couple of pages of this....

http://dodreports.com/ada383296

The exposure to lead on firing ranges (military or civilian) occurs as soon as a shooter pulls the trigger on a firearm. This action causes the primer of the cartridge in the weapon's chamber to explode, which - in turn - ignites the main powder charge. At this point, a respirable cloud of lead particulates is expelled from the cartridge primer into the air, with minute particles of lead dust spraying the shooter's hands, face, and clothing.
With exposed lead types of projectiles, minute lead particles also shear off from them as the projectile travels through the barrel of the weapon. In jacketed ammunition with exposed lead bases, minute particles are shed from the small exposed base area. When the projectile leaves the barrel, a second cloud of contaminants, in the form of the muzzle blast, bursts into the air. These contaminants contain particles of lead and other chemicals from the projectile and the residue of unburnt powder and burnt powder gasses. Then, as the bullet travels through the air and strikes the impact area, another contaminated cloud rises if the projectile strikes a solid object causing it to break up, releasing small particles of lead dust into the air.
When shooters inhale these various clouds of contaminants, lead particles travel directly into their lungs and are quickly absorbed from there into the bloodstream. The blood then transfers this inhaled lead into soft body tissue and bone. Heat from smoking, sweating, or physical activity accelerates this process.

PRECAUTIONS ON THE FIRING RANGE
Precautions can be taken both on and off the range to protect shooters, instructors, and their families from the effects of lead poisoning. Administrative controls and good hygiene are two necessary tools. In addition, all shooters and instructors should practice the following "do's and don'ts" of range safety.

Don't smoke on the range: Smoking any type of tobacco products on the range should be prohibited to prevent acceleration of inhaled lead into the blood stream and ingestion of lead transferred from hands to the cigarette, cigar, etc.

Don't eat on the range: Lead dust on hands and face can be ingested through contact with food. Airborne lead expelled from the weapon can also contaminate food.

Don't collect fired brass in hats: Many shooters use their hats to collect spent brass; this contaminates the
hat with lead particles. When the hat is placed back on the head, the lead is deposited into the hair and absorbed into the skin. Providing boxes for the brass prevents this practice.

Do be aware that face, arms, and hands are covered with lead particles: Shooters and instructors should wash thoroughly with cold water and plenty of soap. Cold water is preferred because warm water enhances the absorption of lead by opening the pores of the skin. If no water is available, shooters should consider carrying a box of wet handwipes or a bottle of cool water and a washcloth for this purpose.

Do be aware that hair and clothes are still contaminated: Shooters and firearms instructors should wear an outer garment, such as a jumpsuit or coveralls, or change clothes before going home. Contaminated clothes should not be cleaned by blowing, shaking, or other means that dispense lead into the air. To prevent cross-contamination, range clothes should be washed separately from the family's regular laundry. Families with infants should be particularly careful, since infants are most vulnerable to lead contamination. Changing to clean clothing before leaving the range prevents recontamination of the hands and any contamination of the family vehicle.

Do change shoes before entering residence: Shoes can also transport lead into the home. Shoes should be left at the door to prevent tracking lead onto floors and carpets. As an alternative, disposable shoe coverlets can be used while firing and cleaning, then discarded when leaving the range. Ordinary vacuuming does not remove lead from the home, but redistributes it by blowing it into the air to be inhaled and/or resettled onto the carpet.

Do avoid physical contact with family members until after a shower, shampoo, and change of clothes: Lead can be transferred by casual contact. Family and friends should not be hugged or kissed until after a shower and a change of clothes. Any physical contact should be avoided while the shooter is still in range clothing.

Back in December I was shooting with a local ERT team member who told me that in their relatively limited community there was a big push on for high volume shooters to wear hats. He said that elevated lead levels were found in a group in the U.S. who did not wear a hats while shooting. This is just anecdotal evidence but it's good enough for me.

Do a search on the symptoms of lead poisoning.;)

Do what you want, but I'll leave the comps, flash hiders and brakes to rifles I don't shoot as frequently as the 22lr. Dlask does have a reworked LeVang comp which directs all gases forward. I use it on my rifle.
 
I used to work in an environment where we were regularly tested for lead because of lead nitrate being used. I shot a lot of BP and cast bullets, on average, probably 500 rounds a week, and I cast my own bullets. My tests were always well within acceptable limits. So while I do agree that some lead ingestion probably occurs, I don't think it is harmful. Metallic lead does not enter the bloodstream as easily as organic lead compounds, so I wouldn't worry abut it. How many kids have swallowed lead pellets from keeping them in their mouth while shooting, and no harm has come of it.
 
I have by accident consumed quite a few lead pellets while eating wild game birds over the years. I can still remember my own name if not yours. I asked my doctor about this while I was getting blood tests for other issues and he ran the lead test as well. No elevated lead problems. He told me that clean lead is not really all that toxic. That is why a lead bullet could be left in the body with no ill effect if it was in a delicate spot to remove.---However lead oxide is very toxic ! Thats the white/grey powdery substance that coats over the tips of old bullets sticking out of a copper bullet or all lead projectile. He said you don't want to be putting any of that powdery compound in your mouth after handling old lead objects such as oxidized bullet heads.
 
.... He told me that clean lead is not really all that toxic. That is why a lead bullet could be left in the body with no ill effect if it was in a delicate spot to remove.....
If a lead/pellet enters the body through a wound and it is lodged
in soft tissue, the human body (and sometimes the body of
animals with warm blood) will form a thin coat around it, with time,
that will contain the lead.



Lead that enters the body through ingestion or breathing the dust of
is a completely different exposure.
Make no mistake,
the human body DOES NOT KNOW HOW TO and CAN NOT eliminate lead.
Even worse, it confuses the lead with another elements
and it deposits the lead in certain organs and tissues,
where you don't want it, for sure.


Lead poisoning (either from pure lead or chemical combinations of the lead)
can have serious bad effects. Do your search.
 
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