플라스틱 기어

Plastic gearing for compact mechanical transmissionSelect the tooth form first, then evaluate material, manufacturing route, mating gear, shaft support and backlash together.Plastic gear selection is a mesh problem before it is a resin problem. The mating gear, center distance, shaft support and housing stiffness determine the working geometry, while material and process determine how that geometry changes with load and environment.What to define before opening an RFQGear type and tooth geometryRatio and mating gear informationBore, shaft and hub interfaceSpeed, torque and duty cycleTemperature, moisture and lubrication conditionsUse the category to choose the tooth form, then open the matching product page for the detailed RFQ inputs. When replacing an existing gear, provide the mate or enough data to identify the pitch system and pressure angle rather than relying on outside diameter alone.How to use this categoryThe product cards below are linked to the live WooCommerce catalogue for Plastic Gears. Open the closest geometry first, then compare its RFQ guidance against your drawing. If no listed product matches the interface, use the custom component route rather than forcing the part into the wrong family.