| 摘要 |
PURPOSE: A method for coating titanium on fishing pole is provided to improve physical properties of the fishing pole by coating titanium on the fishing pole and improve external appearance of the fishing pole by coloring the surface of the titanium coated fishing pole, and a fishing pole coated with titanium by the method is provided. CONSTITUTION: The method comprises a step of preparing a coating object that is any one of fishing pole, bobber or bobber top and titanium electrode in a vacuum evaporator; a step of vacuuming the inside of the vacuum evaporator equipped with the coating object and titanium electrode to a vacuum degree of 10¬-4 to 10¬-7 torr; and a step of simultaneously impressing a high voltage to the titanium electrode of the vacuum evaporator vacuumed to a vacuum degree of 10¬-4 to 10¬-7 torr, thereby melting and evaporating titanium and supplying one or two gases for coloring the coating object selected from oxygen, argon and nitrogen into the vacuum evaporator, thereby ionizing the gases so that the ionized gases are reacted with the melted and evaporated titanium for 10 to 35 minutes to coat the surface of the coating object, wherein acryl or urethane is coated on the surface of the coating object, wherein the coating object is coated to a pearl color by supplying oxygen into the vacuum evaporator in the range of 280 to 800 standard cubic centimeters per minute and reacting the ionized gases with the melted and evaporated titanium during reaction time of 15 to 35 minutes, wherein the coating object is coated to transparent rainbow colors by supplying 250 to 700 standard cubic centimeters per minute of argon and 280 to 800 standard cubic centimeters per minute of oxygen into the vacuum evaporator and reacting the ionized gases with the melted and evaporated titanium during reaction time of 12 to 18 minutes, and wherein the coating object is coated to a pearl color by supplying 250 to 700 standard cubic centimeters per minute of argon and 280 to 800 standard cubic centimeters per minute of oxygen into the vacuum evaporator and reacting the ionized gases with the melted and evaporated titanium during reaction time of 20 to 35 minutes.
|
