COLORING OF LEAD OR STEEL HUNTING/SPORTING SHOTS AND ITS METHOD

Abstract

A process of cleaning the surface of lead or steel shot in a drum system and increasing the surface area to allow epoxy to adhere to the surface and spraying and cooking the paint to the surface with a spray gun in the drum system.

Claims

1. A method of coating of lead or steel shot with epoxy, comprising the steps of: carrying out graphite cleaning with an appropriate chemical with a vibration device of lead or steel shot; starting with a washing process and cleaning of the chemical; removing water from the surface by drying process and providing that the epoxy paint is adhered to the surface of the shots; the lead shot taken into the drum is first heated up to 90°, and the drying process is started by mixing the colored epoxy paint+plus hardener+plus thinner chemicals which are put into a paint chamber of a spray gun in certain proportions; visually checking the paint on the interface; a transparent chemical is added to the spray gun paint chamber to ensure polishing when the coating is completed; in case there is no dye remaining in the tank, preparing an epoxy dye+plus hardener+plus thinner+plus transparent chemical mixture and taking into the chamber and a dyeing process is performed again; if the brightness is suitable after the visual control, performing the cooking process and completing the adhesion of the epoxy paint to the surface of the shots; and the materials are placed in special pans and cooling is performed with a fan in order to carry out the quality control and packaging of the cooked paint.

2. Lead or steel shot coating with epoxy according to claim 1, wherein it has a property to prevent harm to the nature after coloring lead or steel shot with epoxy paint.

3. Lead or steel shot coating with epoxy according to claim 1, wherein the long-term durability and strength in all kinds of shots by means of epoxy coating of lead or steel shots is provided.

4. Lead or steel shot coating with epoxy according to claim 1, wherein additional hardness imparted to lead and steel shots by means of epoxy coating is made, so that the shots can advance to the target after the ball is dispersed.

5. Lead or steel shot coating with epoxy according to claim 1, wherein by providing an even smoother surface of the lead or lead shots with the epoxy coating, the frictional effect of the shots during the shot is reduced.

Description

FIGURES TO HELP UNDERSTANDING OF THE INVENTION

[0052] In order to better understand the advantages and embodiment of the present invention in conjunction with the additional elements of the present invention, it should be considered together with the figures described below.

[0053] FIG. 1: The cross-sectional perspective view of the process of coloring and producing lead or steel shots with epoxy for hunting and sporting according to the invention.

[0054] The drawings do not necessarily have to be scaled and the details that are not necessary to understand the present invention may be omitted. Apart from this, the elements which are at least substantially identical or have at least substantially identical functions been indicated by the same number.

PART REFERENCES

[0055] 10. shot

[0056] 10. epoxy

DETAILED DESCRIPTION OF THE INVENTION

[0057] FIG. 1 shows the cross-sectional perspective view of the process of coloring and producing lead or steel shots with epoxy for hunting and sporting according to the invention.

[0058] Epoxy (20) is an adhesive chemical resin which is applied as a liquid and does not lose its resistance in time, which becomes resistant to water, acids and alkali after drying, is easy to clean, has high mechanical strength and is used in many areas.

[0059] Properties of epoxy (20);

[0060] 1—It is aesthetic,

[0061] 2—Creates surfaces resistant to friction and abrasion,

[0062] 3—Easy to clean, hygienic,

[0063] 4—It is extremely resistant to many chemical effects such as basic and heavy loads such as physical and acidic.

[0064] 5—Solvent-free,

[0065] 6—Skidproof,

[0066] 7—Odorless,

[0067] 8—Easy and fast to apply,

[0068] 9—Waterproof,

[0069] 10—Provides high mechanical resistance,

[0070] 11—Does not harm human health,

[0071] 12—It is a long-lasting and durable coating.

[0072] By using these properties, it is provided to prevent damage to nature after coloring of lead or steel shots (10) with epoxy (20) paint.

[0073] In addition, long-term durability and strength in all kind of shots (10) by means of epoxy (20) coating of lead or steel shots is provided.

[0074] Additional hardness imparted to lead and steel shots by means of epoxy coating is made, so that the shot can advance to the target after the ball is dispersed.

[0075] By providing an even smoother surface of the lead or steel shots (10) with the epoxy (20) coating, the frictional effect of the shots (10) during the shot is reduced.

[0076] FIG. 2 shows a table view of the production stage of the method of coloring and producing lead or steel shots with epoxy for hunting and sporting according to the invention. Pretreatments are carried out on lead or steel shots (10) and the processes of painting with epoxy (20) paint are summarized.

[0077] Process Steps:

[0078] Graphite cleaning is carried out with the appropriate chemical with the vibration device of lead or steel shot (10) (A)

[0079] In the next step, it starts with the washing process and the cleaning of this chemical. (B)

[0080] In the next step, the surface area of the shot (10) is increased for the adhesion of the paint by the crystallization of the surface by chromatography.

[0081] In the next step, the chemical bath of the acidic chromatography bath is removed from the surface of the lead shot (10) by washing (G).

[0082] In the next step, water is removed from the surface by drying process and epoxy (20) paint is adhered to the surface of the shot (10) (C).

[0083] In the next step, the shots (10) is taken into the drum is first heated up to 90°, and the dyeing process is started by mixing the colored epoxy (20) paint+hardener+thinner chemicals which are put into the paint chamber of the spray gun in certain proportions (D). The paint on the interface is checked visually.

[0084] In the next step, a transparent chemical is added to the spray gun paint chamber to ensure polishing when the coating is completed. In case there is no dye remaining in the tank, epoxy (20) dye+hardener+thinner+transparent chemical mixture is prepared and taken into the chamber and a dyeing process is performed again (E).

[0085] In the next step, if the brightness is suitable after the visual control, the cooking process is performed and the adhesion of the epoxy (20) paint to the surface of the shots (10) is completed (F).

[0086] In the next step, in order to carry out the quality control and packaging of the cooked paint, the materials are placed in special pans and cooling is performed with fan (G).

[0087] In the next step, the colored product is packaged by performing visual quality control.