Pre-coated metal sheet for slot-in drive cases
A drive box, metal sheet technology, applied in the direction of instruments, record carrier structural parts, data recording, etc., can solve the problems of unavoidable material cost, inconsistent sliding performance, difficult to roll up, etc., to achieve improved sliding performance, scratch resistance Improved wiping performance and small contact area
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Embodiment 1-9
[0126] Aluminum alloy sheets are each used as the metal sheet. Each aluminum alloy sheet (material: TIS A5052, sheet thickness: 0.6 mm) was subjected to decontamination treatment on both sides thereof with a purchased aluminum decontamination agent, followed by washing with water. Thereafter, the treated sheet was subjected to a chemical conversion treatment on both sides thereof using a commercially available chroming phosphating treatment solution. Next, each chemical conversion treated surface B was coated with the coating material b (shown in Table 1) by means of a bar coater, followed by baking. At the same time, other chemical conversion treatment surfaces A were coated with a base coat material composed of polyester series resin, followed by baking, and the bake controlled the thickness of the formed base coat to be 10 μm (after baking). Then, on the formed bottom layer, the coating material a (shown in Table 1) comprising base resin, resin beads, and lubricant was coa...
Embodiment 1-8
[0127] The samples of Comparative Examples 1-8 were prepared in the same manner as used in Examples 1-9, but under the preparation conditions shown in Table 2.
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Embodiment 14-15
[0131] In Example 14, a stainless steel sheet was used as the metal sheet. In Example 15, a zinc-coated metal sheet was used as the metal sheet. These sheets were chemically converted on both sides with a commercially available chromizing solution. Next, each of the chemical conversion treated surfaces B is coated with a heat-dissipating and conductive resin coating material (composed of polyester series resin, graphite and nickel filler) by means of a bar coater to obtain a coating film thickness 1 μm (after baking), followed by baking. In this coating material, the contents of graphite and nickel fillers were 30 wt% and 40 wt% (based on the amount of resin solids), respectively.
[0132] Simultaneously, each of other chemical conversion treatment surfaces A is coated with an undercoat material composed of polyester series resins, and then baked. The thickness of the undercoat layer formed by this baking control is 10 μm (after baking ). Then, on each formed bottom layer,...
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