Metmelt® steel granules are low carbon steel nuggets conveniently packed in metal drums, super sacks, or paper bags. A perfect material for melting in foundries as ballast, or for concrete preparation with a blast machine.Metmelt® is more economical and easier to handle than competing products or scrap. Scrap is often sold only in bulk and therefore difficult to handle and store.
BottomPour ® is used in steel ingot mold casting, as weights for exercise equipment, industrial machinery, counter balance weights, and ship's ballast.
For Lawn Care, Golf Course, and Ornamental Plant Fertilizers
Natural Magnetite (Black Iron Oxide) With Highest levels of Fe3O4.
Iron is one of the 19 essential nutrients plants need for healthy growth.
It is a micronutrient, meaning that it is not needed in high doses. But it is important, not only as a constituent of chlorophyll, but also as part of iron proteins involved in photosynthesis, nitrogen fixation and respiration. Lack of iron can lead to interveinal chlorosis and necrosis.
Photosynthesis and cellular respiration are both processes that allow plants to make ATP. ATP is short for adenosine triphosphate; it is a high-energy molecule used for energy storage by organisms. ATP will provide the energy for other metabolic processes in the plant life cycle.
Dartmouth Professor of Biological Sciences Mary Lou Guerinot, the principal investigator on a study to improve iron content in plants, says, "Iron deficiency is the most common human nutritional disorder in the world today, afflicting more than three billion people worldwide. Most of these people rely on plants for their dietary iron. However, plants are not high in iron, and the limited availability of iron in the soil can limit plant growth".
Alkaline soils make iron and other micronutrients unavailable to plants. Chlorosis is the yellowing of leaf tissue due to a lack of chlorophyll. Chlorosis in the younger leaves of a plant characterizes an iron deficiency. The tissue between the veins gradually turns yellow, while the veins tend to stay green. The tips and margins of some leaves may turn brown and become dry and brittle.
Symptoms of iron deficiency chlorosis
Chesapeake’s HDM® product is a non-toxic blend of iron and/or steel used in various applications such as radiation shielding blocks, protective blast walls and barriers, heavy drilling mud (patent pending), ship ballast, counter balance weights for lift bridges or industrial machinery, etc. Ballast type may be permanent or removable.
PBM is typically chosen for high density, long life, and low cost. Materials used most often are lead, concrete, or a blend of hematite.
Sometimes permanent water tanks (or compartment flooding) can be used with permanent ballast depending on the application.
Chesapeake HDM® is used in many radiation shielding applications.
Gamma radiation and X-rays are absorbed most effectively by high-density metals. The use of lead in many products and devices poses certain health risks and environmental concerns. Due to the extremely high density, these HDM blocks can enable engineers to design walls that are much thinner than normal concrete block walls and much cheaper than lead lined walls. Blocks can be ordered in various sizes or the HDM® can be provided to mix in customer supplied concrete.
Due to the high strength and density of Chesapeake HDM®, barriers can be built that withstand explosive blast, gun shots, high impact collisions, etc. Applications are available for military, government, and safety organizations.
HDM Well Kill® can replace drilling mud or can be added to drilling mud to increase the density of the drilling mud. HDM Well Kill® can overcome the extremely high pressure in an oil well and stop the flow of oil so a well can be capped.
Chesapeake’s patent-pending HDM Well Kill®, a unique underwater HDM® epoxy system, will solve blow out catastrophes like the Horizon Deepwater Well. HDM Well Kill® will immediately contain and permanently plug wells to minimize ecological disaster.
HDM Well Kill® involves rapidly pouring a proprietary mixture of epoxies and HDM® down a pipe to the well blow out and injecting a time released activator into the heavy media immediately above the well head.
Unlike the proposed BP “Top Kill” operation which used light weight drilling mud (pictured below), the Chesapeake solution utilizes HDM® which weighs approximately 300 pounds per cubic foot, compared to approximately 120 pounds per cubic foot for drilling mud. This HDM® slurry will provide a static pressure of more than 10,000 PSI at the discharge but far more dynamic pressure because the material will be flowing at raid rate through the pipe.
The unique solution from Chesapeake blends and mixes the binder system into the media in such proportions that it does not set up too soon, as to plug the feed pipe, or too late to, not creating the necessary blockage. This technology is common practice in the foundry Industry for making molds and cores for metal castings.
HDM Well Kill® can also be used to increase the mass and fill the voids of a “Top Hat” cap to prevent leakage of oil from beneath the “Top Hat”.
Because of the high density of Chesapeake HDM®, concrete counterweights can be made to take up to 2/3 less space. This not only increases the aesthetics of the structures, but also gives architects and engineers more flexibility in their designs.