However, in just a few minutes a Glock fanboy will come by and post a link to a test where a Glock was put in a blender filled with Drano, sulfuric acid, Coca-Cola, pirahna, and 2 pounds of industrial diamonds. A CAT D8bulldozer was then dropped on it from 1000 feet. The owner picked up the Glock, chambered a 155mm HE round, hit a post-it note at 917 miles, and then proceed to run 726,761 rounds of Wolf ammo coated with Gorilla Glue with no failures.
Chemical CAS No / Unique ID Percent
Sodium hydroxide 001310-73-2 <2.0
Sodium hypochlorite 007681-52-9 <10
Water 007732-18-5 85-95
Source: http://householdproducts.nlm.nih.gov/cgi-bin/household/brands?tbl=brands&id=19001016
WOW, right here by Preacherman.The Glock frame is made out of a high-tech plastic polymer called nylon 6. Exactly what that means, I don't know. But our resident engineer [MarkCO] was kind enough to provide some explanation:
Commerical price for hi-grade Nylon 6 is about $3.50/lb. Commerical price for hi-carbon steel is about $1.50/lb. Sounds to me like the Glock is actually a better buy. Anyway, I did a little research and got a smattering of information on the Glock plastic "formula". One source says "more highly guarded than the Coke formula". From 3 human and 5 technical sources, Glock uses an out-sourced proprietary hybrid polymer mix with a base of Nylon 6. The frames are cast and offer high strength, wear resistance, abrasion resistance, and good resiliency, good ductility and toughness. Fracture mechanics are excellent with defect ratios below 1. Do not compare to extruded Nylons because it is different. Casting prices range from $3-$50/pound depending on process and intricacy. The Glock is considered highly-intricate due to imbedded metallic components. Offers long term performance at elevated and depressed temperatures. Chemically stable in a majority of environments, attacked directly by strong acids and bases (better than steel actually). UV exposure results in degradation over an extended period of time. 2-3% carbon black virtually eliminates UV degradation and Carbon-Black does not become readily absorbed in Nylons offering higly increased useful life spans. Loss of mechanical properties with 2% Carbon-Black is less than 0.05% on an elevated UV exposure test equivalent to approximately 100 years. Hyrdolytically attacked by water in excess of 120 degrees. Basically, no hot-tubbing with your Glock and you will be fine. Tupperware is not made from Nylon BTW. Hope this answered some questions.
Good Shooting, MarkCO
Souce: http://www.thehighroad.org/archive/index.php/t-117666.html
Since Drano is safe for plastic and metal pipes, I think it would only dissolve the hair clog in the barrel.
However, in just a few minutes a Glock fanboy will come by and post a link to a test where a Glock was put in a blender filled with Drano, sulfuric acid, Coca-Cola, pirahna, and 2 pounds of industrial diamonds. A CAT D8bulldozer was then dropped on it from 1000 feet. The owner picked up the Glock, chambered a 155mm HE round, hit a post-it note at 917 miles, and then proceeded to run 726,761 rounds of Wolf ammo coated with Gorilla Glue with no failures.
Since Drano is safe for plastic and metal pipes, I think it would only dissolve the hair clog in the barrel.
However, in just a few minutes a Glock fanboy will come by and post a link to a test where a Glock was put in a blender filled with Drano, sulfuric acid, Coca-Cola, pirahna, and 2 pounds of industrial diamonds. A CAT D8bulldozer was then dropped on it from 1000 feet. The owner picked up the Glock, chambered a 155mm HE round, hit a post-it note at 917 miles, and then proceeded to run 726,761 rounds of Wolf ammo coated with Gorilla Glue with no failures.
However, in just a few minutes a Glock fanboy will come by and post a link to a test where a Glock was put in a blender filled with Drano, sulfuric acid, Coca-Cola, pirahna, and 2 pounds of industrial diamonds. A CAT D8bulldozer was then dropped on it from 1000 feet. The owner picked up the Glock, chambered a 155mm HE round, hit a post-it note at 917 miles, and then proceeded to run 726,761 rounds of Wolf ammo coated with Gorilla Glue with no failures.
But don't try it with a Tarus or S&W. They will be rendered useless because of the lock.However, in just a few minutes a Glock fanboy will come by and post a link to a test where a Glock was put in a blender filled with Drano, sulfuric acid, Coca-Cola, pirahna, and 2 pounds of industrial diamonds. A CAT D8bulldozer was then dropped on it from 1000 feet. The owner picked up the Glock, chambered a 155mm HE round, hit a post-it note at 917 miles, and then proceeded to run 726,761 rounds of Wolf ammo coated with Gorilla Glue with no failures.
LMAO Lucky for me, my KB and my monitor, no coffee in my mouth when I read that.However, in just a few minutes a Glock fanboy will come by and post a link to a test where a Glock was put in a blender filled with Drano, sulfuric acid, Coca-Cola, pirahna, and 2 pounds of industrial diamonds. A CAT D8bulldozer was then dropped on it from 1000 feet. The owner picked up the Glock, chambered a 155mm HE round, hit a post-it note at 917 miles, and then proceeded to run 726,761 rounds of Wolf ammo coated with Gorilla Glue with no failures.
However, in just a few minutes a Glock fanboy will come by and post a link to a test where a Glock was put in a blender filled with Drano, sulfuric acid, Coca-Cola, pirahna, and 2 pounds of industrial diamonds. A CAT D8bulldozer was then dropped on it from 1000 feet. The owner picked up the Glock, chambered a 155mm HE round, hit a post-it note at 917 miles, and then proceeded to run 726,761 rounds of Wolf ammo coated with Gorilla Glue with no failures.