Martyn Rupert
Materials
- Nov 20, 2018
- 2
Looking for a second opinion regarding PTFE as a more viable sealing solution.
A number of rotary shaft seals used at our company have begun overheating which has to lead to excessive leakage and negatively impacting performance.
I've been speaking with a potential new rubber manufacturing supplier who has advised about the potential effectiveness of PTFE rubber bonding. They say if we replace the existing rubber element to energize the lip of the seal against the shaft which it moves against, it will help prevent this.
However, while they did state that any rubber seals they create by bonding PTFE would be more expensive to manufacture, it would be more cost-effective in the long term.
Has anyone else found this to be the case or had any similar experiences with rotary shaft seals?
I think this could be a good investment but thought it couldn't hurt see what you guys think.
A number of rotary shaft seals used at our company have begun overheating which has to lead to excessive leakage and negatively impacting performance.
I've been speaking with a potential new rubber manufacturing supplier who has advised about the potential effectiveness of PTFE rubber bonding. They say if we replace the existing rubber element to energize the lip of the seal against the shaft which it moves against, it will help prevent this.
However, while they did state that any rubber seals they create by bonding PTFE would be more expensive to manufacture, it would be more cost-effective in the long term.
Has anyone else found this to be the case or had any similar experiences with rotary shaft seals?
I think this could be a good investment but thought it couldn't hurt see what you guys think.