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Taking a door off its hinges is usually done for painting, replacing hardware, trimming the bottom, moving furniture, repairing the frame, or changing the door.

Shimming a door hinge means placing a thin piece of material behind the hinge leaf to slightly adjust the door position. It is a common solution when a door rubs against the frame, does not close smoothly, has uneven gaps, or sits too low on one side.

Door hardware can be painted, but the result depends on the material, surface finish, preparation method, paint system, and how often the hardware is touched or moved. Some decorative plates may hold paint reasonably well. Lever handles, knobs, hinges, latches, and sliding contact parts are more difficult because they face friction and repeated hand contact.

A dummy set in door hardware is a fixed handle, knob, or lever that does not operate a latch and does not lock the door. It is mainly used for pulling, pushing, or matching the appearance of active door hardware.

Removing old door hardware starts with identifying what type of hardware is installed. A lever handle, door knob, pull handle, sliding door handle, glass door lock, hinge, latch, stopper, or cabinet handle may all use different fixing methods.

Polishing brass hardware can restore shine, remove tarnish, and improve the appearance of handles, knobs, plates, and decorative fittings.

Brass hardware can look warm, classic, and premium, but it can also collect fingerprints, dust, oil, water spots, and dark tarnish over time.

There is no single price for stainless steel per pound. The value depends on whether the buyer is asking about scrap, raw sheet, tube, bar, finished hardware, or a fabricated product.

Polishing stainless steel can restore brightness, reduce light surface marks, or create a more reflective finish. The method must match the original surface because satin, brushed, mirror-polished, coated, and plated hardware require different treatment.

Magnets can stick to some stainless steels but not strongly to others. The result depends on the steel’s internal structure, grade, manufacturing process, and amount of cold working.

Standard stainless steel bowls, trays, lunchboxes, utensils, and hardware should not be placed in a microwave unless the product is specifically marked as microwave-safe and the microwave manufacturer permits its use.

Stainless steel does not usually tarnish in the same way as silver, copper, or brass. Its chromium content forms a thin passive oxide layer that helps protect the surface from oxidation and corrosion.