Plastic Tapered Knobs are designed for a wide variety of uses such as control levers on forklifts, tractors, trucks, and other Various applications. These rugged knobs are more impact resistant than standard phenolic knobs. The contemporary satin finish provides a "no-slip" grip while hiding scratches, dirt, etc. so knobs look new in the field longer. Perfect for a wide variety of gripping and shift applications. When you need a knob that conveys the ultimate image of luxury and quality, consider our Soft Touch Tapered Knob with an over-molded layer of supple rubber for a sure, comfortable grip. Decorate your knob with a pad printed or hot stamped logo or design for a truly unique look. Plastic Tapered Knobs are available in male, female blind, and female locking versions with either inch or metric threads. Molded plastic threads available in most sizes as an economical alternative. With knob diameters that range from 1 3/8” to 1 5/8”, we have a knob that is perfect for any application. Our plastic knobs are molded using Polypropylene, nylon, or ABS, which makes them up to twice as impact resistant as similar phenolic knobs. Custom inserts, custom hubs, and RoHS compliant parts are available upon request. Contact Innovative Components today to learn about our custom molding options.
Universal Tapered Knobs fit multiple thread sizes and reduce SKUs. Since Universal Knobs have no metal insert, you won't have to worry about rust. Universal knobs are vibration resistant and self-locking. RoHS compliant parts available upon request.
Press Fit Tapered Knobs are also available in soft touch material. Unthreaded Push-On knobs eliminate the need for a threaded mating part.
3D printed samples available upon request. Contact our sales department for more details.
CAD Drawings available upon request.*Not all thread sizes & stud lengths available have been tooled. Tooling charges may apply.
For quantities less than 100 pieces, please visit our distributor's website by clicking link below.
**1000 piece minimum on colored knobs.
