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Custom Built. Cost Controlled.
Based on a real 15 mm OD project, this article explains why small-diameter conductive plastic resistive elements are harder to
For low-volume custom sample projects, reopening a full tooling set at the beginning is not only a technical issue, but
After an old customer asked for the color on both sides to be consistent, I checked again the relationship between
A practical taxonomy of potentiometer substrates and the process routes behind them. This post explains how terminal connection choices, curing
Multi-gang single-control is not just stacking more sections. As gangs increase, alignment and feel become more sensitive, and terminal layout
Within one week, I received two customer inquiries, and it honestly felt like “time travel.” One is a vintage Sansui
This article explains the engineering reasons behind dual-track and dual-wiper designs in conductive plastic displacement sensors.
By focusing on
We first split rotary wirewound parts into single-turn and multi-turn types, then compare two real spec-sheet cases to help both
Potentiometers seem easy to classify at first, but real products often cross structure, material, and application boundaries.
This article explains two material paths for replacing conductive-plastic potentiometers—CP elements and NOL H-carbon-film elements—with technical comparisons and practical guidance.
This article explains the major housing structures used in potentiometers and angle sensors, comparing their temperature limits, mechanical strength, corrosion
This article explores how conductive plastic resistive elements, multi-wire wipers, and precision mechanical design together create stable, low-noise, and long-life
MIL-DTL-16878 and GJB 773B-2015 share almost identical PTFE wire structures but differ in naming, test focus, and dimensional definitions.
This article introduces three representative multi-gang structures used in potentiometers and sensors — the dual-channel conductive plastic sensor, the multi-gang
GJB 1865A and MIL-PRF-39023 are the Chinese and U.S. military standards for non-wirewound precision potentiometers. Both define temperature, life, linearity,
Hollow-shaft angle sensors using conductive plastic resistive elements are essential for realistic robotic simulation hands. With features like high linearity,
Conductive plastic potentiometers combine smooth, continuous output with long operational life and high linearity. This article explains their working principle,
This post compares SMD trimmers (e.g., 3314) and multi-turn trimmers (e.g., 3381/3296/3386), explaining how they differ in adjustment precision, usage
SMD potentiometers are used for circuit calibration, with short lifespans, glued after adjustment, and almost always made with cermet. This
Conductive plastic delivers smooth feel, tight linearity, and long life—built for servo-grade control.
I focus not only on the product itself, but also on the manufacturing realities behind it. I prefer to share real manufacturing challenges, cost considerations, and workable solutions to help readers make better decisions.
Shenzhen Nolelc Electronic Technology Co., Ltd.
We provide custom and replacement potentiometer components for industrial, high-reliability, and specialized applications.
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