This revolutionary product is manufactured by electrodepositing a corrosion-resistant, low-friction, wear-resistant layer bonded with atomic bonds onto the surface of a standard PDM rotor. The electrodeposited layer is free of pores and gaps, resulting in high bonding strength. Whether you are a manufacturer or a rental company, the reinforced rotor can extend the lifespan and operating time of your PDM. Two processes are available: composite plating and hard chrome plating.
Use
This special product features enhanced rotor/stator connections and a significantly extended service life. New rotors can be coated with electrodeposited coatings, while used rotors can be refurbished with electroplating.
Features and advantages
1. Corrosion resistance: Its corrosion resistance makes it suitable for use in environments with H2S, CO2 and high chlorine.
2. Abrasion resistance: Durable, achieving a longer service life.
3. Drag reduction: Reduce friction between the rotor and the polymer stator.
This revolutionary product is manufactured by electrodepositing a corrosion-resistant, low-friction, wear-resistant layer bonded with atomic bonds onto the surface of a standard PDM rotor. The electrodeposited layer is free of pores and gaps, resulting in high bonding strength. Whether you are a manufacturer or a rental company, the reinforced rotor can extend the lifespan and operating time of your PDM. Two processes are available: composite plating and hard chrome plating.
Use
This special product features enhanced rotor/stator connections and a significantly extended service life. New rotors can be coated with electrodeposited coatings, while used rotors can be refurbished with electroplating.
Features and advantages
1. Corrosion resistance: Its corrosion resistance makes it suitable for use in environments with H2S, CO2 and high chlorine.
2. Abrasion resistance: Durable, achieving a longer service life.
3. Drag reduction: Reduce friction between the rotor and the polymer stator.
Features and advantages
1. Wear resistance is similar to that of tungsten carbide (HVOF-WC), but with better impact corrosion resistance at a lower cost.
2. More durable and corrosion resistant than hard chrome.
3. Ensure better interaction between the rotor and stator.
4. Both the inner and outer surfaces can be electroplated.
5. Suitable for various H2S, CO2 and other corrosive environments.
6. Service life is greatly improved.

Comparison Plan

Comparison of coating parameters


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