What do you guy's store your powder in. I was thinking of building a wooden box 1 or so inches thick, maybe even line it with something fire resistant. Just looking for ideas out there. I have aquired enough of it now that I would like to have it stored properly. Thanks much for your guy's help
powder storage
- Thread starter broham
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jcwit
member
I store it in the orginal gallom jugs it comes in on a shelf in a cool dry basement.
Jumping Frog
Member
A wooden cabinet like that makes sense. That is what retail establishments with more that "x" number of lbs. are supposed to do according to the fire code. Private individuals don't have to meet that standard, but it is still a good idea.
10 Spot Terminator
Member
- Joined
- Feb 6, 2008
- Messages
- 217
I prefer not to have the bulk of my powder in or close to the house but unlike many folks here I have a good size piece of property and my little shop is appx. 50 yds from the main house. I saw a 22 cu ft freezer one day at a yard sale with a sign that said "free,, does not run" hanging on it. I thought HMMmmmm... , insultaed, has strong shelves and is airtight and lockable ,,,, It sets in my shop with my powder, brass, bullets and some other goodies and all for the right price. Many will say not to put powder in an enclosed cabinet of anykind as it could become a bomb . This I am sure is true but I dont want to find out what happens to a sealed tin of IMR in a fire either if found setting in my garage or basement .
paperpuncher49
Member
Storage of smokeless powder is pretty much driven by insurance company interests. Unlike black powder which is an EXPLOSIVE, smokeless powder is a PROPELLANT. It will burn but will not explode, and will generally only do so when touched by a flame (from a match or a primer) unlike black powder, which can be set off by a static charge. That is why all manufacturers of powder measrues specify they are not for use with black powder. The plastic hopper can build up static charges. Black powder measures typically are made of brass and non-sparking metals. It does produce gas when burned which must be vented, hence, a sealed storage vault is not a good idea. A wooden box could be ignited if smokeless powder were to catch on fire, which could ignite nearby flammables, etc.
Storage of smokeless is not really all that dangerous. For excess powders not kept in the immediate vicinity of my bench, I store them in a couple of relatively inexpensive coolers from Wally World. They are insulated, sit on the floor, and are not sealed so in the extremely remote chance a fireball from the heavens were to penetrate one of the jugs and ignite its contents, expanding gasses would pop the top open and it would easily vent. That is not to say, however, that it would contain the resulting fire.
Storage of smokeless is not really all that dangerous. For excess powders not kept in the immediate vicinity of my bench, I store them in a couple of relatively inexpensive coolers from Wally World. They are insulated, sit on the floor, and are not sealed so in the extremely remote chance a fireball from the heavens were to penetrate one of the jugs and ignite its contents, expanding gasses would pop the top open and it would easily vent. That is not to say, however, that it would contain the resulting fire.
XD-40 Shooter
Member
- Joined
- Sep 6, 2007
- Messages
- 912
I keep it in the original containers, cool, dry basement.
Keep it away from heat, chemicals, humidity, and direct sunlight, the stuff will last decades.
Keep it away from heat, chemicals, humidity, and direct sunlight, the stuff will last decades.scrat
Member
The static charge that has plagued black powder has been a myth. Black powder needs heat to set it off. If you do a search on this there is a good article on static charges and black powder on muzzleloaders forums. Now as for the powder. My black powder i keep in my safe. My smokeless powder i keep in the closet. AS during the summer. Basments and closets are usually the coolest spot in the house. Here is the article on black powder and static. You can set off black powder with an electrical charge but it needs to have some type of metal in it to create a heat element otherwise it wont set off. Accidental discharges in the past have always been blamed on static charge and electrical charge. You want to get rid of that factor but its the static charge with metal present that acts as a heat source. Factories that have had problems with this have all shown to have some kinda of metal scrappings or something present.
http://members.dslextreme.com/users/cliffhanger/wardlaw/staticelectricity.htm
http://members.dslextreme.com/users/cliffhanger/wardlaw/staticelectricity.htm
yooper_sjd
Member
- Joined
- Dec 25, 2006
- Messages
- 107
to quote paperpuncher49, blackpowder maybe classified as a explosive, and smokeless as a propellant. But when doing the bookwork, they are of the same explosive class (1.4) on the hazardious materials list. they may have a different MSDS sheet, but they are still a 1.4 (class C for the old timers) explosive. One thing I do know well is my Storage and Handling of Explosives, and the shipping of explosives (1.1 thru 1.5)
both black powder and smokeless powder have different burn rates depending on the manufacturing process. thus a difference on the release of energy; i.e. fast or slow.
just my input, but anypowder in large quantity still make a big boom. i keep average of 10-16 lbs of powder, all different burn rates. lets just say that explosive weight of 1.4 explosives will take out my 1200 sq 2 story house, definetly do some serious structural damage to neighboring homes withing 60 feet. There ESQD's available in the military storage manuals, and code of federal regulations if you would like to figure just how big a bang you could be in the event of a fire.
just for info, the ESQD Explosive Safety Quantity Distances can be obtained from NAVSEA OP-5, vol 2 or Army FM 4-30 series, also from the Code of Federal Regulations 49. Which will also give a great breakdown of hazard classes 1.1 thru 1.4 with compatibilty charts for storage if you are into bigger and better things as well.
both black powder and smokeless powder have different burn rates depending on the manufacturing process. thus a difference on the release of energy; i.e. fast or slow.
just my input, but anypowder in large quantity still make a big boom. i keep average of 10-16 lbs of powder, all different burn rates. lets just say that explosive weight of 1.4 explosives will take out my 1200 sq 2 story house, definetly do some serious structural damage to neighboring homes withing 60 feet. There ESQD's available in the military storage manuals, and code of federal regulations if you would like to figure just how big a bang you could be in the event of a fire.
just for info, the ESQD Explosive Safety Quantity Distances can be obtained from NAVSEA OP-5, vol 2 or Army FM 4-30 series, also from the Code of Federal Regulations 49. Which will also give a great breakdown of hazard classes 1.1 thru 1.4 with compatibilty charts for storage if you are into bigger and better things as well.
rcmodel
Member in memoriam
You won't get a bang
You will get a very large fire.
To get a bang, either the smokeless powder has to be confined so the combustion gases cannot rapidly escape.
(As in a pipe bomb, or firearms chamber.)
Or you have to initiate a true Detonation. (As in a 40,000 pound bulk storage powder bunker fire)
It is impossible to initiate a detonation in shipping container size quantities of smokeless powder.
That is why they are classified as Flammable by DOT, and not explosive.
The 2 1/2 gallon can of lawn-mower gas, or propane grill tank in the garage is more likely to leak & blow your house up then any reasonable quantity of smokeless powder used for reloading.
rcmodel
scrat
Member
to add more to what rcmodel said. This is why they say to keep the powder in the orginal containers. As the original smokeless type powder containers are designed to split at the seem. which would make them a flameable. Now as far as black powder. i could never figure out why they come in metal containers. I believe it may be due to the static thing again and liability on the maker.
Glad I read this.....
I keep my powders ( usually 3 -1# bottles ) in a 50cal Ammo can.
Never really thought about it but after reading this maybe a bad idea?
I doubt it could ever catch fire though?
Has been kept that way for many years mainly because we live in a high humidity area.
First post here too & glad I found this forum!
I keep my powders ( usually 3 -1# bottles ) in a 50cal Ammo can.
Never really thought about it but after reading this maybe a bad idea?
I doubt it could ever catch fire though?
Has been kept that way for many years mainly because we live in a high humidity area.
First post here too & glad I found this forum!
scrat
Member
flying welcome to the forums. years ago i read somewhere that you can store powder safely in your house. And there are several places where the temperature stays constant. Same time during the summer is usually a lot cooler than the rest of your house. This is your basement, and closets. I do not have a basement so i keep mine in the back of my closet. Its true too. During the summer the linen closets and closets where your clothes are at are usually more insulated. They are not subject to being open and closed all the time allowing heat to build up or stay in. So putting a small row of powder in the back of your closet is actually pretty safe. Now again if you have large quantaties of powder. Then its best to get a powder storage unit. First it allows the fire department where they are in case of an emergency and it still keeps them cool and dry.
rcmodel
Member in memoriam
You are good.
GI ammo cans are designed in such a way that the lid seal will melt, or the latch will spring open enough to prevent a closed container explosion in the event of a fire.
rcmodel
Hi Scrat & thank for the welcome.
Yes we have no basements here but closets yes. I actually store the ammo cans in a wood cabinet I built. Even our closets need to have dehumidifiers run near them at times. Mainly it just gets a dampness here. So far like I said no problems over the years & I even stopped reloading for about 8 years. Just going to get restarted & checked where I left one pound of AA#2 in a can & it was so dry & nice. Those cans are very good at that & I thought what the heck they use them to store many rounds of ammo
Although probably not pounds of powder in a full can of powder.
Thanks again I will be building a spare room soon & will devise a spot there.
Yes we have no basements here but closets yes. I actually store the ammo cans in a wood cabinet I built. Even our closets need to have dehumidifiers run near them at times. Mainly it just gets a dampness here. So far like I said no problems over the years & I even stopped reloading for about 8 years. Just going to get restarted & checked where I left one pound of AA#2 in a can & it was so dry & nice. Those cans are very good at that & I thought what the heck they use them to store many rounds of ammo
Although probably not pounds of powder in a full can of powder.
Thanks again I will be building a spare room soon & will devise a spot there.
scrat
Member
flying for sure you are welcome hear. Your going to find out the more you read and ask the more answers you will find out. its amazing how much you can learn from everyone here
Along with the responsibilities of proper storage and handling of smokeless propellants, comes an equal consideration, and that is the storage and handling of modern sporting ammunition primers. While these guidelines are available several places on the web, we have chosen to include them here as well for your reference, and your safety.
Sporting Ammunition Primers
Properties, Handling & Storage for Handloading
Prepared by the Sporting Arms and Ammunition Manufacturers' Institute based upon information currently available to it, this information is furnished to interested persons as a courtesy and in the interests of safety. It is not intended to be comprehensive; it does not modify or replace safety suggestions, standards, or regulations made by designated authorities, public or private. It is subject to revisions as additional knowledge and experience are gained. SAAMI expressly disclaims any warranty, obligation, or liability whatsoever in connection with the information contained herein or its use.
Ammunition handloading has become increasingly popular in recent years. This information summarizes information that is generally known by an experienced handloader, and provides general information to persons interested in handloading. It discusses the properties of sporting ammunition primers and offers recommendations for their safe use, handling and storage.
This information is intended only to increase the knowledge of all concerned individuals and groups regarding sporting ammunition primers. The statements made do not supersede local, state or Federal regulations. Proper authorities should be consulted on regulations for storage, transportation, and use of sporting ammunition primers in each specific community. Other information on smokeless powder and sporting ammunition are available.
Properties of Primers
Sporting ammunition primers contain carefully engineered mixtures of chemical ingredients. Primers are designed to explode and produce the heat, gas and hot particles necessary to ignite the propellant powders in sporting ammunition when the firing pin of a firearm strikes them properly.
Properties of particular importance to the dealer and user of primers are as follows:
1. Primers may explode if subjected to mishandling. Explosions may be caused by friction and by percussion, such as hammering, pounding, dropping or bullet impact. Heating by fire, static electricity, sparks, hot tobacco ashes, or other unspecified abuses may also cause primers to explode.
2. If primers are loose or in bulk, having contact one with another, one primer exploding can, and usually will, cause a violent, sympathetic explosion of all primers so situated. In other words, one primer exploding for any reason under these circumstances will normally cause all of the primers to explode in one violent blast.
3. Primers may "dust." Small particles of priming compound may separate from the primers in the form of dust, especially when they are subjected to shaking or jolting. Accumulation of this dust in primer feed tubes, loading machines, and loading areas is extremely hazardous as it might cause explosions or fires.
4. Primers exposed to water or any organic solvent, such as paint thinner, gasoline, kerosene, oil, grease, etc. may deteriorate, resulting in misfires or poor ignition.
5. Modern sporting ammunition primers will not absorb moisture under normal or even severe conditions of atmospheric humidity. There is no advantage to be gained from air-tight containers. The factory containers in which they are packaged need only normal conditions of storage. They should be kept dry and not exposed to high temperatures (in excess of 150( F). If exposed to wet conditions or high temperatures, they may deteriorate, yielding misfires or poor ignition of the propellant powder.
Handling of Primers
Primers do explode. This is the purpose for which they have been designed. They demand the respect and careful handling due any device containing explosives.
Sporting Ammunition and the Firefighter, a video produced by the Sporting Arms and Ammunition Manufacturers' Institute, analyzes the characteristics associated with small arms ammunition when it is subjected to severe impact and fire. When a primer ignites, it causes the propellant to burn, which creates gases which, when under pressure in a firearm, send the bullet down the barrel. Pressure created by the propellant being burned is what discharges a bullet. As such, loose ammunition in a fire does not result in bullets being discharged because the propellant is not burning under pressure. The video, which has been widely circulated to fire departments, concludes that while ammunition produces a popping sound when it burns, there is no mass detonation of the ammunition, any projectiles are of low velocity, and there is no threat to firefighters in their standard turn-out gear.
Primers should never be handled, used, or stored in bulk, since primers in bulk can explode simultaneously. The placing of primers in tubes or columns, or using other bulk systems in which the explosion of any one primer may cause the explosion of all others, is a potentially hazardous condition. The manufacturers of primers do not recommend the use of primer feeds for reloading unless adequate protection from the hazard of explosion is provided. It is the responsibility of the manufacturers of primer handling systems to provide safety and protective features for their equipment. It is recommended that primers be handled individually unless adequate safeguards are provided and used.
Care must always be exercised in any handloading operation to avoid rough handling and undue force where a primer is involved, since the primer may fire. Any malfunction of equipment must be cleared with extreme caution. The decapping of shells or cases containing live primers is to be avoided.
Precautions should be taken to avoid buildup of static electricity on the person when handling primers or conducting handloading procedures. Loading equipment should be electrically grounded.
All loading equipment and adjacent areas must be kept scrupulously clean and free of primer dust and powder accumulations. Work areas and loading equipment must be cleaned by wiping with a damp cloth or sponge which should be thoroughly rinsed after each use. Fired primers, primer cups, anvils, or other bits of hard, abrasive material are a hazard during loading operation as contact with them may cause primers to fire.
Accidentally spilled primers should be picked up immediately as they may explode when stepped upon.
An absolute minimum of primers should be maintained at the loading operation. Only one packing tray at a time should be removed from the primer storage.
When a priming operation is completed, any remaining primers should be returned to the package in which they were originally contained. These packages have been specifically designed to protect primers during shipment and storage and also to protect the consumer.
Primers available to children, household pets, or persons not recognizing them as potentially hazardous, are an unnecessary risk to all concerned.
Never have an open flame, source of sparks, or hot particles in the vicinity of primers or any ammunition loading operation.
Do not smoke near primers.
Safety glasses must be worn when performing any and all handloading operations. Additional protection such as face shields or machine guards are strongly recommended.
Recommended Storage of Primers
Storage cabinets containing only primers are recommended. These cabinets should be ruggedly constructed of lumber at least 1" nominal thickness to delay or minimize the transmission of heat in the event of fire. SAAMI recommends against storing primers in sealed or pressurized containers.
Keep your storage and use area clean. Make sure the surrounding area is free of trash or other readily combustible materials.
Be sure your storage area is free from any possible sources of excessive heat and is isolated from open flame, furnaces, water heaters, etc. Do not store primers where they can be exposed to direct sunlight. Avoid storage in areas where mechanical or electrical equipment is in operation.
Do not store primers in the same area with solvents, flammable gases, or highly combustible materials. Store primers only in their original factory containers. Do not transfer the primers from this approved container into one which is not approved. The use of glass bottles, fruit jars, plastic or metal containers, or other bulk containers for primer storage is extremely hazardous.
Do not smoke in areas where primers are stored. Place appropriate "No Smoking" signs in these areas.
Do not store primers in any area where they might be exposed to gun fire, bullet impact, or ricochets.
Do not store primers with propellant powders or any other highly combustible materials so as to avoid involving primers in a fire as much as possible.
Observe all regulations regarding quantity and methods of storing primers.
The Following Recommendations on Storage and Handling of Sporting Ammunition Primers are Issued by the National Fire Protection Association Battery March Park, Quincy, MA 02269 and reprinted with their permission:
NFPA 495
Explosive Materials Code
This edition of NFPA 495, Explosive Materials Code, was prepared by the Technical Committee on Explosives and acted on by the National Fire Protection Association, Inc. at its Annual Meeting held May 20-23, 1996, in Boston , MA . It was issued by the Standards Council on July 18, 1996, with an effective date of August 9, 1996, and supersedes all previous editions.
The 1996 edition of this document has been approved by the American National Standards Institute.
Origin and Development of NFPA 495
This code was originally issued in 1912 as the Suggested State Law to Regulate the Manufacture, Storage, Sale and Use of Explosives. The second edition was issued in 1941 by the Committee on laws and Ordinance and retitled Suggested Explosives Ordinance for Cities. Later, the document number NFPA 495L was designated.
After being assigned to the Committee on Chemicals and Explosives, a new edition was issued in 1959. This was retitled as the Code for the Manufacture, Transportation, Storage, and Use of Explosives and Blasting Agents and redesigned as NFPA 495.
Following reorganization of the committee in 1960, the responsibility for amendments to NFPA 495 was assigned to the Sectional Committee on Explosives. This committee reported to the Correlating Committee on Chemicals and Explosives. Revised editions were issued in 1962, 1965, 1967, 1968, 1969 and 1970. A new edition was issued in 1972 with the document title revised to code for the Manufacture, Transportation, Storage, and Use of Explosive Materials. A subsequent edition followed in 1973.
Following the issuance of the 1973 edition, the Sectional Committee on Explosives was redesignated as a Technical Committee. In 1976, the committee began a detailed review intended to amend requirements so that there were no conflicts with the regulations promulgated by the various federal agencies concerned with explosive materials (Bureau of Alcohol, Tobacco and Firearms, US Mine Safety and Health Administration, US Department of Transportation, etc.) This effort resulted in the 1982 edition, which was subsequently followed by a new edition in 1985. In 1990, the document was again revised and included the title being changed to the Explosive Materials Code. The latest edition, issued in 1996, incorporates change in the classification of explosives to conform with recent U.S. Department of Transportation ÒHazardous Materials RegulationsÓ which in turn are based on United Nations Recommendations on the Transport of Dangerous Goods. The 1996 edition also includes technical and editorial amendments.
Chapter 11
Small Arms Ammunition and Primers, Smokeless Propellants, and Black Powder Propellants
11-1 Basic Requirements.
11-1.1 In addition to all other applicable requirements of this code, intrastate transportation of small arms ammunition, small arms primers, smokeless propellants, and black powder shall comply with US Department of Transportation Hazardous Materials Regulations, 49 CFR, Parts 100-199.
11-1.2 This chapter applies to the channels of distribution of and to the users of small arms ammunition, small arms primers, smokeless propellants, and black powder.
11-1.3 This chapter does not apply to in-process storage and intra-plant transportation during manufacture.
11-1.4 This chapter applies to the transportation and storage of small arms ammunition and components.
11-1.5 This chapter does not apply to safety procedures in the use of small arms ammunition and components.
11-5 Small Arms Primers
11-5.1 Small arms primers shall be transported or stored in containers approved by the US Department of Transportation.
11-5.2 Transportation of small arms primers shall comply with US Department of Transportation Regulations.
11-5.3 No more than 25,000 small arms primers may be transported in a private vehicle.
11-5.4 No more than 10,000 small arms primers may be stored in residences.
11-5.5 No more than 10,000 small arms primers may be displayed in commercial establishments.
11-5.6 Commercial stocks of small arms primers shall be stored as follows:
(a) Quantities not exceeding 750,000 may be stored in a building if not more than 100,000 are stored in any one pile and piles are at least 15 ft (4.6 m) apart.
(b) Quantities exceeding 750,000 may be stored in a building if the following conditions are met:
1. The warehouse or storage room shall not be accessible to unauthorized personnel.
2. Primers shall be stored in cabinets. No more than 200,000 primers shall be stored in any one cabinet.
3. Shelves in cabinets shall have vertical separation of at least 2 ft (0.6 m).
4. Cabinets shall be located against walls of the warehouse or storage room with at least 40 ft (12.2 m) between cabinets.
5. Separation between cabinets may be reduced to 20 ft (6.1 m) if barricades twice the height of the cabinets are attached to the wall, midway between each cabinet. The barricades shall extend at least 10 ft (3 m) outward, shall be firmly attached to the wall, and shall be constructed of 1/4 in. (6.4 mm) boiler plate, 2 in. (51 mm) thick wood, brick or concrete block.
6. Primers shall be separated from materials classified by the US Department of Transportation as flammable liquids, flammable solids, and oxidizing materials by a distance of 25 ft (7.63 m) or by a fire partition having a fire resistance of at least 1 hour.
Reprinted with permission from NFPA 495: Explosive Material Code, Copyright ©1992, National Fire Protection Association, Quincy , MA 02269 . This reprinted material is not the complete and official position of the National Fire Protection Association on the referenced subject which is represented only by the standard in its entirety.
13-3 SMOKELESS PROPELLANTS
13-3.1 Quantities of smokeless propellants not exceeding 25 lb (11.3 kg), in shipping containers approved by the U.S. Department of Transportation, shall be permitted to be transported in a private vehicle.
13-3.2 Quantities of smokeless propellants exceeding 25 lb (11.3 kg) but not exceeding 50 lb (22.7 kg), transported in a private vehicle, shall be transported in a portable magazine having wood walls of at least 1 in. (25.4 mm) nominal thickness.
13-3.3 Transportation of more than 50 lb (22.7 kg) of smokeless propellants in a private vehicle shall be prohibited.
13-3.4 Commercial shipments of smokeless powder for small arms which has been classed in Division 1.3 shall be permitted to be reclassed as Division 4.1 Flammable Solid for transportation purposes for shipment by motor vehicle, rail car, vessel, or cargo-only aircraft, subject to the conditions stated in the U.S. Department of Transportation "Hazardous Materials Regulations," 49 CFR 173.171.
13-3.5 Commercial shipments of smokeless propellants exceeding 100 lb (45.4 kg) or not packaged in accordance with the regulations cited in 13-3.4 shall be transported in accordance with the U.S. Department of Transportation regulations for Class B propellant explosives.
13-3.6 Smokeless propellants shall be stored in shipping containers specified by U.S. Department of Transportation Hazardous Materials Regulations.
13-3.7 Smokeless propellants intended for personal use in quantities not exceeding 20 lb (9.1 kg) shall be permitted to be stored in original containers in residences. Quantities exceeding 20 lb (9.1 kg), but not exceeding 50 lb (22.7 kg), shall be permitted to be stored in residences where kept in a wooden box or cabinet having walls of at least 1 in. (25.4 mm) nominal thickness.
13-3.8 Not more than 50 lb (22.7 kg) of smokeless propellants, in containers of 1 lb (0.45 kg) maximum capacity, shall be displayed in commercial establishments.
13-3.9 Commercial stocks of smokeless propellants shall be stored as follows:
(1) Quantities exceeding 50 lb (22.7 kg), but not exceeding 100 lb (45.4 kg), shall be stored in portable wooden boxes having walls of at least 1 in. (25.4 mm) thickness.
(2) Quantities exceeding 100 lb (45.4 kg), but not exceeding 800 lb (363 kg), shall be stored in nonportable storage cabinets having walls of at least 1 in (25.4 mm) thickness. Not more than 400 lb (181 kg) shall be permitted to be stored in any one cabinet, and cabinets shall be separated by a distance of at least 25 ft (7.63 m) or by a fire partition having a fire resistance of at least 1 hour.
(3) Quantities exceeding 800 lb (363 kg), but not exceeding 5,000 lb (2268 kg), shall be permitted to be stored in a building, provided the following requirements are met:
(a). The warehouse or storage room shall not be accessible to unauthorized personnel.
(b). Smokeless propellant shall be stored in nonportable storage cabinets having wood walls at least 1 in. (25.4 mm) thickness and having shelves with no more than 3 ft. (0.92 m) of separation between shelves.
(c). No more than 400 lb. (181 kg) shall be stored in any one cabinet..
(d). Cabinets shall be located against the walls of the storage room or warehouse with at least 40 ft (12.2 m) between cabinets.
(e). The separation between cabinets shall be permitted to be reduced to 20 ft (6.1 m) where barricades twice the height of the cabinets are attached to the wall, midway between each cabinet. The barricades shall extend at least 10 ft. (3 m) outward, shall be firmly attached to the wall, and shall be constructed of 1/4 in. (6.4 mm) boiler plate, 2 in. (51 mm) thick wood, brick, or concrete block.
(f). Smokeless propellant shall be separated from materials classified by the U.S. Department of Transportation as flammable liquids, flammable solids, and oxidizing materials by a distance of 25 ft. (7.63 m) or by a fire partition having a fire resistance of at least 1 hour.
(g). The building shall be protected by an automatic sprinkler system installed in accordance with NFPA 13, Standard for the Installation of Sprinkler Systems.
(4) Smokeless propellants not stored in accordance with 13.3.9 (1), (2), and (3) shall be stored in a Type 4 magazine constructed and located in accordance with Chapter 8.
Reprinted from NFPA495-85, Standard for the Manufacture, Transportation, Storage and Use of Explosive Materials, © 2001, National Fire Protection Association, Quincy , MA 02269 . This reprinted material is not the complete and official position of the NFPA on the referenced subject, which is represented by the Standard in its entirety.
Sporting Ammunition Primers
Properties, Handling & Storage for Handloading
Prepared by the Sporting Arms and Ammunition Manufacturers' Institute based upon information currently available to it, this information is furnished to interested persons as a courtesy and in the interests of safety. It is not intended to be comprehensive; it does not modify or replace safety suggestions, standards, or regulations made by designated authorities, public or private. It is subject to revisions as additional knowledge and experience are gained. SAAMI expressly disclaims any warranty, obligation, or liability whatsoever in connection with the information contained herein or its use.
Ammunition handloading has become increasingly popular in recent years. This information summarizes information that is generally known by an experienced handloader, and provides general information to persons interested in handloading. It discusses the properties of sporting ammunition primers and offers recommendations for their safe use, handling and storage.
This information is intended only to increase the knowledge of all concerned individuals and groups regarding sporting ammunition primers. The statements made do not supersede local, state or Federal regulations. Proper authorities should be consulted on regulations for storage, transportation, and use of sporting ammunition primers in each specific community. Other information on smokeless powder and sporting ammunition are available.
Properties of Primers
Sporting ammunition primers contain carefully engineered mixtures of chemical ingredients. Primers are designed to explode and produce the heat, gas and hot particles necessary to ignite the propellant powders in sporting ammunition when the firing pin of a firearm strikes them properly.
Properties of particular importance to the dealer and user of primers are as follows:
1. Primers may explode if subjected to mishandling. Explosions may be caused by friction and by percussion, such as hammering, pounding, dropping or bullet impact. Heating by fire, static electricity, sparks, hot tobacco ashes, or other unspecified abuses may also cause primers to explode.
2. If primers are loose or in bulk, having contact one with another, one primer exploding can, and usually will, cause a violent, sympathetic explosion of all primers so situated. In other words, one primer exploding for any reason under these circumstances will normally cause all of the primers to explode in one violent blast.
3. Primers may "dust." Small particles of priming compound may separate from the primers in the form of dust, especially when they are subjected to shaking or jolting. Accumulation of this dust in primer feed tubes, loading machines, and loading areas is extremely hazardous as it might cause explosions or fires.
4. Primers exposed to water or any organic solvent, such as paint thinner, gasoline, kerosene, oil, grease, etc. may deteriorate, resulting in misfires or poor ignition.
5. Modern sporting ammunition primers will not absorb moisture under normal or even severe conditions of atmospheric humidity. There is no advantage to be gained from air-tight containers. The factory containers in which they are packaged need only normal conditions of storage. They should be kept dry and not exposed to high temperatures (in excess of 150( F). If exposed to wet conditions or high temperatures, they may deteriorate, yielding misfires or poor ignition of the propellant powder.
Handling of Primers
Primers do explode. This is the purpose for which they have been designed. They demand the respect and careful handling due any device containing explosives.
Sporting Ammunition and the Firefighter, a video produced by the Sporting Arms and Ammunition Manufacturers' Institute, analyzes the characteristics associated with small arms ammunition when it is subjected to severe impact and fire. When a primer ignites, it causes the propellant to burn, which creates gases which, when under pressure in a firearm, send the bullet down the barrel. Pressure created by the propellant being burned is what discharges a bullet. As such, loose ammunition in a fire does not result in bullets being discharged because the propellant is not burning under pressure. The video, which has been widely circulated to fire departments, concludes that while ammunition produces a popping sound when it burns, there is no mass detonation of the ammunition, any projectiles are of low velocity, and there is no threat to firefighters in their standard turn-out gear.
Primers should never be handled, used, or stored in bulk, since primers in bulk can explode simultaneously. The placing of primers in tubes or columns, or using other bulk systems in which the explosion of any one primer may cause the explosion of all others, is a potentially hazardous condition. The manufacturers of primers do not recommend the use of primer feeds for reloading unless adequate protection from the hazard of explosion is provided. It is the responsibility of the manufacturers of primer handling systems to provide safety and protective features for their equipment. It is recommended that primers be handled individually unless adequate safeguards are provided and used.
Care must always be exercised in any handloading operation to avoid rough handling and undue force where a primer is involved, since the primer may fire. Any malfunction of equipment must be cleared with extreme caution. The decapping of shells or cases containing live primers is to be avoided.
Precautions should be taken to avoid buildup of static electricity on the person when handling primers or conducting handloading procedures. Loading equipment should be electrically grounded.
All loading equipment and adjacent areas must be kept scrupulously clean and free of primer dust and powder accumulations. Work areas and loading equipment must be cleaned by wiping with a damp cloth or sponge which should be thoroughly rinsed after each use. Fired primers, primer cups, anvils, or other bits of hard, abrasive material are a hazard during loading operation as contact with them may cause primers to fire.
Accidentally spilled primers should be picked up immediately as they may explode when stepped upon.
An absolute minimum of primers should be maintained at the loading operation. Only one packing tray at a time should be removed from the primer storage.
When a priming operation is completed, any remaining primers should be returned to the package in which they were originally contained. These packages have been specifically designed to protect primers during shipment and storage and also to protect the consumer.
Primers available to children, household pets, or persons not recognizing them as potentially hazardous, are an unnecessary risk to all concerned.
Never have an open flame, source of sparks, or hot particles in the vicinity of primers or any ammunition loading operation.
Do not smoke near primers.
Safety glasses must be worn when performing any and all handloading operations. Additional protection such as face shields or machine guards are strongly recommended.
Recommended Storage of Primers
Storage cabinets containing only primers are recommended. These cabinets should be ruggedly constructed of lumber at least 1" nominal thickness to delay or minimize the transmission of heat in the event of fire. SAAMI recommends against storing primers in sealed or pressurized containers.
Keep your storage and use area clean. Make sure the surrounding area is free of trash or other readily combustible materials.
Be sure your storage area is free from any possible sources of excessive heat and is isolated from open flame, furnaces, water heaters, etc. Do not store primers where they can be exposed to direct sunlight. Avoid storage in areas where mechanical or electrical equipment is in operation.
Do not store primers in the same area with solvents, flammable gases, or highly combustible materials. Store primers only in their original factory containers. Do not transfer the primers from this approved container into one which is not approved. The use of glass bottles, fruit jars, plastic or metal containers, or other bulk containers for primer storage is extremely hazardous.
Do not smoke in areas where primers are stored. Place appropriate "No Smoking" signs in these areas.
Do not store primers in any area where they might be exposed to gun fire, bullet impact, or ricochets.
Do not store primers with propellant powders or any other highly combustible materials so as to avoid involving primers in a fire as much as possible.
Observe all regulations regarding quantity and methods of storing primers.
The Following Recommendations on Storage and Handling of Sporting Ammunition Primers are Issued by the National Fire Protection Association Battery March Park, Quincy, MA 02269 and reprinted with their permission:
NFPA 495
Explosive Materials Code
This edition of NFPA 495, Explosive Materials Code, was prepared by the Technical Committee on Explosives and acted on by the National Fire Protection Association, Inc. at its Annual Meeting held May 20-23, 1996, in Boston , MA . It was issued by the Standards Council on July 18, 1996, with an effective date of August 9, 1996, and supersedes all previous editions.
The 1996 edition of this document has been approved by the American National Standards Institute.
Origin and Development of NFPA 495
This code was originally issued in 1912 as the Suggested State Law to Regulate the Manufacture, Storage, Sale and Use of Explosives. The second edition was issued in 1941 by the Committee on laws and Ordinance and retitled Suggested Explosives Ordinance for Cities. Later, the document number NFPA 495L was designated.
After being assigned to the Committee on Chemicals and Explosives, a new edition was issued in 1959. This was retitled as the Code for the Manufacture, Transportation, Storage, and Use of Explosives and Blasting Agents and redesigned as NFPA 495.
Following reorganization of the committee in 1960, the responsibility for amendments to NFPA 495 was assigned to the Sectional Committee on Explosives. This committee reported to the Correlating Committee on Chemicals and Explosives. Revised editions were issued in 1962, 1965, 1967, 1968, 1969 and 1970. A new edition was issued in 1972 with the document title revised to code for the Manufacture, Transportation, Storage, and Use of Explosive Materials. A subsequent edition followed in 1973.
Following the issuance of the 1973 edition, the Sectional Committee on Explosives was redesignated as a Technical Committee. In 1976, the committee began a detailed review intended to amend requirements so that there were no conflicts with the regulations promulgated by the various federal agencies concerned with explosive materials (Bureau of Alcohol, Tobacco and Firearms, US Mine Safety and Health Administration, US Department of Transportation, etc.) This effort resulted in the 1982 edition, which was subsequently followed by a new edition in 1985. In 1990, the document was again revised and included the title being changed to the Explosive Materials Code. The latest edition, issued in 1996, incorporates change in the classification of explosives to conform with recent U.S. Department of Transportation ÒHazardous Materials RegulationsÓ which in turn are based on United Nations Recommendations on the Transport of Dangerous Goods. The 1996 edition also includes technical and editorial amendments.
Chapter 11
Small Arms Ammunition and Primers, Smokeless Propellants, and Black Powder Propellants
11-1 Basic Requirements.
11-1.1 In addition to all other applicable requirements of this code, intrastate transportation of small arms ammunition, small arms primers, smokeless propellants, and black powder shall comply with US Department of Transportation Hazardous Materials Regulations, 49 CFR, Parts 100-199.
11-1.2 This chapter applies to the channels of distribution of and to the users of small arms ammunition, small arms primers, smokeless propellants, and black powder.
11-1.3 This chapter does not apply to in-process storage and intra-plant transportation during manufacture.
11-1.4 This chapter applies to the transportation and storage of small arms ammunition and components.
11-1.5 This chapter does not apply to safety procedures in the use of small arms ammunition and components.
11-5 Small Arms Primers
11-5.1 Small arms primers shall be transported or stored in containers approved by the US Department of Transportation.
11-5.2 Transportation of small arms primers shall comply with US Department of Transportation Regulations.
11-5.3 No more than 25,000 small arms primers may be transported in a private vehicle.
11-5.4 No more than 10,000 small arms primers may be stored in residences.
11-5.5 No more than 10,000 small arms primers may be displayed in commercial establishments.
11-5.6 Commercial stocks of small arms primers shall be stored as follows:
(a) Quantities not exceeding 750,000 may be stored in a building if not more than 100,000 are stored in any one pile and piles are at least 15 ft (4.6 m) apart.
(b) Quantities exceeding 750,000 may be stored in a building if the following conditions are met:
1. The warehouse or storage room shall not be accessible to unauthorized personnel.
2. Primers shall be stored in cabinets. No more than 200,000 primers shall be stored in any one cabinet.
3. Shelves in cabinets shall have vertical separation of at least 2 ft (0.6 m).
4. Cabinets shall be located against walls of the warehouse or storage room with at least 40 ft (12.2 m) between cabinets.
5. Separation between cabinets may be reduced to 20 ft (6.1 m) if barricades twice the height of the cabinets are attached to the wall, midway between each cabinet. The barricades shall extend at least 10 ft (3 m) outward, shall be firmly attached to the wall, and shall be constructed of 1/4 in. (6.4 mm) boiler plate, 2 in. (51 mm) thick wood, brick or concrete block.
6. Primers shall be separated from materials classified by the US Department of Transportation as flammable liquids, flammable solids, and oxidizing materials by a distance of 25 ft (7.63 m) or by a fire partition having a fire resistance of at least 1 hour.
Reprinted with permission from NFPA 495: Explosive Material Code, Copyright ©1992, National Fire Protection Association, Quincy , MA 02269 . This reprinted material is not the complete and official position of the National Fire Protection Association on the referenced subject which is represented only by the standard in its entirety.
13-3 SMOKELESS PROPELLANTS
13-3.1 Quantities of smokeless propellants not exceeding 25 lb (11.3 kg), in shipping containers approved by the U.S. Department of Transportation, shall be permitted to be transported in a private vehicle.
13-3.2 Quantities of smokeless propellants exceeding 25 lb (11.3 kg) but not exceeding 50 lb (22.7 kg), transported in a private vehicle, shall be transported in a portable magazine having wood walls of at least 1 in. (25.4 mm) nominal thickness.
13-3.3 Transportation of more than 50 lb (22.7 kg) of smokeless propellants in a private vehicle shall be prohibited.
13-3.4 Commercial shipments of smokeless powder for small arms which has been classed in Division 1.3 shall be permitted to be reclassed as Division 4.1 Flammable Solid for transportation purposes for shipment by motor vehicle, rail car, vessel, or cargo-only aircraft, subject to the conditions stated in the U.S. Department of Transportation "Hazardous Materials Regulations," 49 CFR 173.171.
13-3.5 Commercial shipments of smokeless propellants exceeding 100 lb (45.4 kg) or not packaged in accordance with the regulations cited in 13-3.4 shall be transported in accordance with the U.S. Department of Transportation regulations for Class B propellant explosives.
13-3.6 Smokeless propellants shall be stored in shipping containers specified by U.S. Department of Transportation Hazardous Materials Regulations.
13-3.7 Smokeless propellants intended for personal use in quantities not exceeding 20 lb (9.1 kg) shall be permitted to be stored in original containers in residences. Quantities exceeding 20 lb (9.1 kg), but not exceeding 50 lb (22.7 kg), shall be permitted to be stored in residences where kept in a wooden box or cabinet having walls of at least 1 in. (25.4 mm) nominal thickness.
13-3.8 Not more than 50 lb (22.7 kg) of smokeless propellants, in containers of 1 lb (0.45 kg) maximum capacity, shall be displayed in commercial establishments.
13-3.9 Commercial stocks of smokeless propellants shall be stored as follows:
(1) Quantities exceeding 50 lb (22.7 kg), but not exceeding 100 lb (45.4 kg), shall be stored in portable wooden boxes having walls of at least 1 in. (25.4 mm) thickness.
(2) Quantities exceeding 100 lb (45.4 kg), but not exceeding 800 lb (363 kg), shall be stored in nonportable storage cabinets having walls of at least 1 in (25.4 mm) thickness. Not more than 400 lb (181 kg) shall be permitted to be stored in any one cabinet, and cabinets shall be separated by a distance of at least 25 ft (7.63 m) or by a fire partition having a fire resistance of at least 1 hour.
(3) Quantities exceeding 800 lb (363 kg), but not exceeding 5,000 lb (2268 kg), shall be permitted to be stored in a building, provided the following requirements are met:
(a). The warehouse or storage room shall not be accessible to unauthorized personnel.
(b). Smokeless propellant shall be stored in nonportable storage cabinets having wood walls at least 1 in. (25.4 mm) thickness and having shelves with no more than 3 ft. (0.92 m) of separation between shelves.
(c). No more than 400 lb. (181 kg) shall be stored in any one cabinet..
(d). Cabinets shall be located against the walls of the storage room or warehouse with at least 40 ft (12.2 m) between cabinets.
(e). The separation between cabinets shall be permitted to be reduced to 20 ft (6.1 m) where barricades twice the height of the cabinets are attached to the wall, midway between each cabinet. The barricades shall extend at least 10 ft. (3 m) outward, shall be firmly attached to the wall, and shall be constructed of 1/4 in. (6.4 mm) boiler plate, 2 in. (51 mm) thick wood, brick, or concrete block.
(f). Smokeless propellant shall be separated from materials classified by the U.S. Department of Transportation as flammable liquids, flammable solids, and oxidizing materials by a distance of 25 ft. (7.63 m) or by a fire partition having a fire resistance of at least 1 hour.
(g). The building shall be protected by an automatic sprinkler system installed in accordance with NFPA 13, Standard for the Installation of Sprinkler Systems.
(4) Smokeless propellants not stored in accordance with 13.3.9 (1), (2), and (3) shall be stored in a Type 4 magazine constructed and located in accordance with Chapter 8.
Reprinted from NFPA495-85, Standard for the Manufacture, Transportation, Storage and Use of Explosive Materials, © 2001, National Fire Protection Association, Quincy , MA 02269 . This reprinted material is not the complete and official position of the NFPA on the referenced subject, which is represented by the Standard in its entirety.
Then there may well be more stringent state regulations like in MN
rockhound758
Member
What a timely thread...I recently bought a gun safe and was thinking (or maybe I WASN'T thinking ) about storing my powder and primers there along with guns and ammo, but now I'm realizing what an incredibly, amazingly, astoundingly bad idea that would have been. Darwinism in action.
Instead, I've got a (vertical) freezer downstairs that I'm not using (same size as a fridge). It's unplugged but in the cool basement, and I was thinking about putting my powder in there, along with a box of that hydrosorbent dehumidifier. The door doesn't have a locking mechanism, just pulls open, so it might be just the ticket. I'll find a couple of other storage containers for the primers.
Can somebody let me know if this seems like a bad idea? Otherwise that's the plan and I'm breathing a sigh of relief. And thanks for yet ANOTHER great and helpful thread on this great site!
Happy holidays to all.
Larry
) about storing my powder and primers there along with guns and ammo, but now I'm realizing what an incredibly, amazingly, astoundingly bad idea that would have been. Darwinism in action. Instead, I've got a (vertical) freezer downstairs that I'm not using (same size as a fridge). It's unplugged but in the cool basement, and I was thinking about putting my powder in there, along with a box of that hydrosorbent dehumidifier. The door doesn't have a locking mechanism, just pulls open, so it might be just the ticket. I'll find a couple of other storage containers for the primers.
Can somebody let me know if this seems like a bad idea? Otherwise that's the plan and I'm breathing a sigh of relief. And thanks for yet ANOTHER great and helpful thread on this great site!
Happy holidays to all.
Larry
Shrinkmd
Member
Is this overkill, or a responsible solution if you want to keep 50 lb and have it safe and secure (and on wheels for another 30 bucks, whee!)?
http://www.cabelas.com/cabelas/en/templates/links/link.jsp?id=0012533213975a&type=product&cmCat=SEARCH_all&returnPage=search-results1.jsp&Ntt=lockable+powder&Ntk=Products&sort=all&Go.y=0&_D%3AhasJS=+&N=0&_D%3Asort=+&Nty=1&hasJS=true&_DARGS=%2Fcabelas%2Fen%2Fcommon%2Fsearch%2Fsearch-box.jsp.form1&Go.x=0&_dyncharset=ISO-8859-1
They only seem to have it at Cabela's.
http://www.cabelas.com/cabelas/en/templates/links/link.jsp?id=0012533213975a&type=product&cmCat=SEARCH_all&returnPage=search-results1.jsp&Ntt=lockable+powder&Ntk=Products&sort=all&Go.y=0&_D%3AhasJS=+&N=0&_D%3Asort=+&Nty=1&hasJS=true&_DARGS=%2Fcabelas%2Fen%2Fcommon%2Fsearch%2Fsearch-box.jsp.form1&Go.x=0&_dyncharset=ISO-8859-1
They only seem to have it at Cabela's.
kimbernut
Member
I built a wooden box from 2x lumber that measures 20"Wx10"Dx72"L with 4 heavy duty hinges and two keyed alike hasp locks for powder storage. The box is located on the floor of the closet in my shop.
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