6 Types Of 16 Pin Wiring Harness Plastic Materials

PVC is the most commonly used plastic material in the manufacturing process of 16 pin wiring harnesses. It can provide versatility while taking cost-effectiveness into account. It has excellent insulation, is flexible to use, and is very compatible with the standard car radio setups 16 pin harness, but the durability of PVC will be reduced in extremely high-temperature environments.

The 16 pin wiring harness adapter made of PVC has an extremely flexible structure and can be seamlessly integrated with the 16-pin car audio connector. The PVC material ensures the flexibility of the 16 pin stereo harness during installation.

The notable feature of Polyethylene is its extremely strong moisture resistance, which is very important for 16 pin wiring harnesses that are often used in damp environments. In practical automotive applications, PE has the advantages of excellent insulation and low density, making it highly suitable for 16-pin radio connectors used in outdoor or coastal conditions. At the same time, its melting point range is 110℃-130℃, it has high corrosion resistance, and its density is 0.91-0.96 g/cm³. PE has a candle-like appearance and feel, is odorless, non-toxic, and can withstand a low temperature of -100℃.

PE is also a thermoplastic formed by the polymerization of ethylene and can be used in the components of the 16 pin connector car stereo. Due to its characteristics of low cost and flexible use, Also applicable to the 16 pin harness connector in car stereo systems.Even at temperatures as high as 80℃, it remains undeformed, and the high-molecular-weight variants of PE can develop excellent crack resistance.

Polypropylene, with its advantages of corrosion resistance and low water absorption (0.03%-0.04%), is the main choice for 16 pin wiring harnesses in harsh environments. PP material can offer excellent fatigue resistance and remains operable in an environment ranging from -35℃ to +150℃, with a density of 0.90-0.91 g/cm³. It is light in weight and has good mechanical strength, and is often used in highly bending environments.

The structure of PP is also applicable to the 16 pin stereo connector in automotive applications. The low density of this material ensures that the 16 pin wire harness connector is lightweight and robust. Avoid breaking in high-frequency vibrations, for instance, The tensile strength of the 16 pin car stereo setups is approximately 30-39 MPa.

If you want to know more about the solutions of PP material, you can check out our Custom Wire Harness page.

PET features high tensile strength and highly stable shape, and is suitable for precise 16 pin wiring harnesses in applications requiring high heat. With a melting point of 255-260℃ and a glass transition temperature of 70-80°C, PET has excellent gas barrier properties, low water absorption of (0.1-0.2%), and superior resistance to deformation.

The crystal structure design of PET enhances its reliability in use. In the 16 pin radio harness application, it can still maintain stable operation even at temperatures as high as 150℃. PET ensures that the 16 pin harness is fully configured and highly insulated in the 16 pin wiring harness adapter used for car audio connectors.

PBT has strong electrical insulation and heat resistance, and is suitable for 16 pin wiring harnesses in automotive electronics to maintain stability. Its melting point range is 220-230℃, with a low hygroscopicity of 0.08%. It also features excellent dimensional stability and can operate continuously in environments up to 140℃.

The rigid form of PBT is suitable for application in 16 pin wiring harnesses and can be seamlessly configured with 16-pin car audio connector assemblies. Meanwhile, the high crystallinity of PBT prolongs the service life of the 16-pin radio connector in high-load conditions, has strong corrosion resistance and UV resistance.

Polyamide, also known as nylon, has the advantages of strong mechanical strength and wear resistance, and is the preferred material for the 16 pin wiring harness in rugged applications. The temperature range that PA can withstand is -40℃ to +150℃. It has excellent sliding performance and high impact strength, with a slightly higher hygroscopicity (1-3%).

The amide bond of PA is the part that ensures the flexibility of the 16 pin harness connector and guarantees a stable connection in vibrating environments. For example, in the usage conditions with 16-pin car stereo connectors. For the 16-pin wiring harness in reinforced variants to enhance resilience.