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SpheroTungsten Super Max-18 #6 (2 lbs)
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SpheroTungsten Super Max-18 shot is the world's densest shot material. This shot is not plated, but it appears to be because of the smooth finish. It is finely polished to enhance surface finish and reduce abrasiveness. The result is a rich, fine appearance. Many adjectives can apply to this shot, but we just call it perfect.
This is the densest shot our ballistic lab has ever tested. Super Max-18 shot is manufactured by the world's premier non-toxic shot manufacturer and it is used and tested by the greatest cartridge manufacturers in the U.S. and around the world.
Our SpheroTungsten shot is made by the world's leading manufacturing of non-toxic shot. This is the very same manufacturer that supplies almost all the major U.S. cartridge manufacturers as well as the major manufacturers in Europe. They have a global reputation for excellence. Each production lot is certified to be the finest and most consistent shot on the market. SpheroTungsten technology creates Super Max-18 shot to the maximum density of 18 grams per cubic centimeter. grains. The intellectual property of the manufacturing process of this nearly perfect sphere is protected by a U.S. patent.
Packaging: This premium shot is packaged in our new Sturdy-Pak bottle, which is almost indestructible and features a convenient pour spout for easy, spill-resistant loading.
SpheroTungsten Super Max-18 shot is presently available in #7 and #9 shot.
*18.06 grams/cc (about 40% denser than magnum lead)
*USFWS approved non-toxic
*Mean Diameter = .0996" (2.0 mm)
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*Shipping: For insurance purposes, this product cannot ship via USPS. Select "STD" shipment mode.
A note on industry manufacturing standards: Unlike steel shot, pure tungsten is so very hard that it cannot be formed to absolute precision. As a result, industry standards allow for slight diameter variation between lots. This can account for variations in pellet count per ounce. Overall density is measured as an aggregate density, which is based on all pieces measured in each individual sample test.
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