Items in Liquid RC wholesale radio control store on e. Bay! GPM Racing Products, Hot Racing, Works for Competition, HPI, Associated, Traxxas, Testors, Losi, X Spede, Robinson Racing, Duratrax, Trinity.. Liquid RC wholesale radio control. GPM Racing Products, Hot Racing, Works for Competition, HPI, Associated, Traxxas, Testors, Losi, X Spede, Robinson Racing, Duratrax, Trinity, Autographics, Pro- Line, Speedmerchant, Kyosho, Power Racing Production, Dynamite, General Silicones, Kimbrough, Tamiya, MIP, Orion. It is an explosive ingredient in dynamite (2. It has a high nitrogen content( 1. It is an explosive ingredient in dynamite (2. It has a high nitrogen content( 1. Its detonation generates gases that would occupy more than 1,2. This produces a clear liquid explosive called Astrolite G. Astrolite G is a clear liquid explosive that produces a very high detonation velocity, almost twice as powerful as TNT. . View latest Dynamite Baits products, International News Stories, Tactics, Big Carp & Catfish Gallery, Angler Profiles, Videos & where to buy in shops Europe. Explosive compositions comprising nitromethane and a sensitizer for the nitromethane are well known in the art. These compositions are formed by combining nitromethane with a sensitizing chemical compound. Our Premium Squid Liquid is based on the nutritional profile of our best selling CSL liquid containing a combination of our proven squid. Various chemical compounds serve as effective sensitizers for nitromethane. For example, liquid explosive compositions containing nitromethane sensitized with amines or polyamines such as diethylamine, triethylamine, ethanolamine, ethylenediamine and morpholine. Likewise, non- chemical, air entrapping structures, such as resin micro balloons and polymeric foam, are effective nitromethane sensitizers. It is so insensitive that it was not until 1. Mc. Kittrick. Once this detonation property was discovered, research was initiated to find sensitizers to increase its ease of detonation. World War II research produced sensitizers, primarily amines, which made nitromethane detonatable with a blasting cap. In 1. 94. 5, Ericksen and Rowen listed over one dozen nitromethane - amine mixtures along with their explosive ability. This conversion increases the density and, therefore, the detonation pressure of the semi- solid or gelled compositions. Although the semi- solid or gelled compositions have a higher detonation pressure than liquid compositions, they are not as effective in situations requiring a fluid material capable of conforming to any shape or structure. As a result, one must choose between the higher detonation pressure found in a semi- solid or gelled composition and the versatility of a liquid composition. Nitromethane may be added to compositions containing nitroglycerine. The reference further teaches that trinitrotoluene may be added to said compositions. Pyridine is known to be a highly effective solvent for trinitrotoluene. It is also a well- known sensitizer for nitromethane; however, it is seldom used for its sensitizer properties because more effective sensitizers are known and available. Trinitrotoluene was found to be soluble in nitromethane. The US Army Ballistic Research Laboratory was not aware of this property until 1. A few of these applications are for mining, construction, demolition, law enforcement and military uses. There are a multitude of explosive products available to satisfy the requirements in these fields. For example, for blasting rock in mining and construction work, the user can choose from cartridged explosives such as dynamite, water- gels and emulsions which are used for small diameter bore holes (up to 3 inches). For larger boreholes, blasting agents are used in the form of Ammonium Nitrate/Fuel Oil mixtures (ANFO), which are poured or pumped into position. Where steel needs to be cut, small but powerful high explosive shaped charges are used to sever critical points in order to complete the demolition. . Military applications for explosives are many. However, they tend to fall into two main groups. The first is for bombs, artillery shells, mortars, mines, etc. For these uses, the explosives are generally placed into the devices by means of a melt- pour operation. The second group are explosives used for demolition and breaching by Special Forces and engineering groups. Although some of the explosive charges are pre- made devices incorporating shaped charge or Explosively Formed Projectile (EFP) technology, most are simply bulk explosives in the form of blocks (C- 4, and TNT) or sheets (Deta- Sheet). Similar type work conducted by civilian contractors after a conflict has been termed . Clearing of old military firing ranges by these contractors is called remediation. Along with this has come an increase in the cost of using explosives, particularly, in the area of transportation. However, where small amounts of explosives are required, the transportation costs can far exceed the cost of the product. For example, it costs just as much to transport one stick of dynamite by commercial truck as it does two thousand pounds of dynamite. In order to accommodate the user who needs smaller quantities to do a job, . One popular brand is called Kinepak. The first component, referred to as . The other component, referred to as . The commercial product Kinepak is packaged in several different sizes and shapes of plastic bottles as well as foil pouches (bags) which are intended for various applications. In each case, the solid component container is supplied with an appropriate amount of premeasured liquid in another individual container. The solid component is classified as an . Ifancyone.com - The best in e-Cigs and Premium E-Liquid. Premium E-Liquid, e-Cig / Vape Devices and Accessories. We stock brands of the highest quality such as Aspire. Dynamite Baits Xl Liquid Attractants is a complete range of Liquid Attractants with added Betaine. These liquids are devastating when used with Boilies, Pellets, in a. Dukes of Hazard General Lee Dixie Air Horn - Super-loud air-powered musical horns Attracts immediate attention Will have your vehicle sounding just like the General. Although both are considered hazardous materials, neither is defined as an explosive for transportation (U. S. Department of Transportation, DOT regulations) or storage (U. S. Bureau of Alcohol, Tobacco and Firearms, ATF regulations). Within about five to fifteen minutes, the liquid (which is usually colored red) will soak down to the bottom of the container, as evidenced by the pink color. At this point, it has the consistency of moist powder and is a cap sensitive, high explosive. It can be used in most situations where it would be suitable to use cartridged explosives such as dynamite, water gels and small diameter emulsions. The only other known commercial product is marketed under the name Binex. Binex uses a two component system of an aqueous solution of sodium perchlorate and aluminum powder. When these two components are combined, a liquid explosive is formed that is cap sensitive. It is believed that this composition would not be a viable product as a replacement for cartridged explosives because of the high cost and the environmental concerns with the sodium perchlorate solution. However, there is a current military application where this product is used to blast fox holes in conjunction with an entrenchment kit for soldiers. It is known that this explosive has detonation velocity that is much lower than Kinepak and other commercial cartridged explosives. In the case of the military application, this is an advantage as lower velocity explosives are generally better for cratering in soil. However, most of these others would not be viable for consideration as commercial products for the following reasons: toxicity of the components and/or detonation products; stability of the components before and after mixing; shelf life; cost; ease/difficulty of mixing; no advantages when compared to ammonium nitrate/nitromethane systems (Kinepak). As with all explosives, the potential uses and effects are determined by several properties such as detonation velocity, density, gas production, etc. Effects on a specific target can be influenced by container size, shape and confinement. For example, configuring the explosive in a shaped charge container will cause more of the available energy to be focused toward a given target than would be possible otherwise. The type of initiation system required and utilized will also have an effect, especially with blasting agents such as ANFO. They have the following advantages over conventional explosives: The components are not explosives before mixing; The components do not have to be transported as explosives; The components do not have to be stored as explosives (in most places) therefore do not require expensive storage . However, there are a few disadvantages: Mixing can be time consuming; Shelf life of the ammonium nitrate powder can be short depending on conditions, particularly temperature; Can cost 2 to 3 times more than conventional explosives . There are other binary systems based on nitroparaffins such as nitromethane, nitroethane, nitropropanes, etc. These nitroparaffins are very interesting materials. Under the right circumstances, they can act as a fuel (as when combined with ammonium nitrate) an oxidizer or a stand alone explosive, especially nitromethane. However, they are too insensitive to be used as explosives as is. A stable explosive composition can be made by adding a sensitizer, in the form of resin balloons, to nitromethane. It is well known that amines (particularly ethylenediamine) will sensitize nitromethane so that it will detonate with a blasting cap. These mixtures become unstable and decompose after a few days. Most of these sensitizing agents are very toxic and difficult to work with safely. The basis of this patent is that by entrapping air into the nitromethane liquid, by means of micro balloons (resin, glass, etc.), it can be made cap- sensitive. However since the balloons will float to the surface of pure nitromethane, a thickening (gelling) agent must be added to prevent this. It also teaches the addition of metals, including aluminum, to enhance the total energy of the system. The idea is that the foam would be applied to a mine field and then detonated. Two problems with this method is the very low density of the foam, thus low velocity. Another problem is the useable life of the foam after its application. This would greatly vary depending on conditions such as temperature, wind, sunlight, etc. The addition of aluminum to typical water gel mixtures uses aluminum coated with stearic acid which give it a hydrophobic property. This causes air bubbles to cling to the surface of the aluminum particles. The incorporation of air bubbles into explosive mixtures increases the sensitivity. The resultant explosive is a blasting agent requiring a one pound booster for initiation, not a cap sensitive, small diameter mixture. However, without the addition of some additives or modifiers, it is so insensitive that it is classified as a . Pure nitromethane will not usually detonate unless it is subjected to extreme shock and/or confinement at elevated temperatures.
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