Double-headed peek plastic screw gear

Shanwei PETG Injection Molding Parts Customization, Fenggang Double-End PEEK Plastic Screw Fully Automated Production

Dinghao Plastic Technology Co., Ltd. in Dongguan consistently adheres to the principle of "Customer First, Superior Service, and Contract Compliance." With high-quality products, excellent reputation, and top-tier service, our products are popular nationwide and exported overseas. We sincerely seek win-win cooperation with domestic and international businesses for mutual development and shared success!

Name: PEEK Plastic Worm Gear

Model: MPT-00508

Mold Number: MPT-20023

Diameter: 4.5±0.5mm

Interface Diameter: 5.5±0.5mm

Length: 9±0.5mm

Total Length: 15.5±0.5mm

Material: PEEK

Color: Natural

Weight: 5g

Note: The above data is for reference only,

Please refer to the actual product,

Customization based on drawings or samples is available

Factors Affecting EDM Processing Speed in Plastic Mold Factories
1. Polarity Effect: The phenomenon where different polarities (anode and cathode) result in varying material removal rates is called the polarity effect.
(1) Anode Processing: When using short pulses, electron bombardment exceeds ion impact, leading to higher material removal at the anode, with the workpiece connected as the anode. Short pulses (less than 40 microseconds) yield high surface quality but lower efficiency, suitable for fine machining.
(2) Cathode Processing: When using long pulses, material removal at the cathode exceeds that at the anode, requiring the workpiece to be connected as the cathode. Long pulses (greater than 300 microseconds) result in lower surface quality but higher efficiency, suitable for rough machining.

2. Pulse Parameters: Larger pulse energy transfers more heat to the workpiece, increasing material removal. The total erosion amount per unit time at the anode (or cathode) is q = qtf = kwft. Measures: Increase average discharge current, reduce pulse interval, raise pulse frequency, and select appropriate working parameters.
3. Pulse Width: Increasing pulse width enhances material removal, but if too short, heat becomes overly concentrated, increasing the proportion of metal vaporization. Vaporization consumes energy, reducing material removal. If too long, heat loss through conduction increases, decreasing material removal.
4. Material Thermodynamic Constants: Higher melting point, boiling point, specific heat capacity, latent heat of fusion, and latent heat of vaporization reduce material removal and increase machining difficulty. Higher thermal conductivity accelerates heat loss, further reducing material removal.