16～22 item / All 22 items
With a buzzer, the target coating thickness is 1mm or more.
A pinhole detector that applies a high voltage of 5?23kV to short-circuit the coating defect area and generate a spark for detection.
With a buzzer, the target coating thickness is less than 1mm.
A pinhole detector for thin materials that applies a high voltage of 1?6kV to short-circuit the coating defect area and generate a spark for detection.
A pinhole detector for PC steel wire that uses earth electrodes to improve inspection efficiency.
The TRC-70B is a pinhole detector for PC steel wire that uses a grounding electrode to improve inspection efficiency. It does not damage the paint or lining films with low-frequency pulse discharge and low current output. Indirect grounding is possible, and grounding can be achieved even with full coverage. Operation is as simple as placing the probe electrode on the item being inspected, and it indicates the presence or absence of pinholes with a lamp or buzzer. 【Features】 ○ Low-frequency pulse discharge type ○ Variable voltage ○ Easy operation and safe design For more details, please contact us.
![Pinhole Detector 'TRC-220B (less than 1mm)' [Rental]](https://image.www.ipros.com/public/product/image/658/2000485991/IPROS02227289721331841015.jpeg?w=280&h=280)
It can detect pinholes in metal coatings. (Target coating thickness less than 1mm, detection voltage 1-6kV)
- The goal is to detect defects in the anti-rust and anti-corrosion properties of the coating and lining films without damaging the films. - Avoid high frequencies that are prone to thermal destruction and measure at low frequencies. - Achieve miniaturization for portability by reducing power consumption and enabling battery operation. - Considering the degradation of the coating, a high-voltage pulse method is adopted to relatively reduce the application time of high voltage. - The discharge current is suppressed to avoid impacts on the human body and damage to the coating. - The structure allows for confirmation of the voltage applied to the coating and voltage adjustment.
![Pinhole Detector 'TRC-70B (less than 1mm)' [Rental]](https://image.www.ipros.com/public/product/image/c2e/2000485992/IPROS97793826657340477602.jpeg?w=280&h=280)
It can detect pinholes in metal coatings (for coatings with a thickness of less than 1mm).
- The goal is to detect defects in the anti-rust and anti-corrosion properties of the coating and lining films without damaging the films. - Avoiding high frequencies that are prone to thermal destruction, measurements are conducted at low frequencies. - By reducing power consumption and enabling battery operation, miniaturization and portability are achieved. - Considering the degradation of the coating, a high-voltage pulse method is adopted to relatively reduce the application time of high voltage. - To avoid impacts on the human body and damage to the coating, the discharge current is suppressed. - The structure allows for confirmation of the voltage applied to the coating and voltage adjustment.
![Pinhole Detector 'TRC-250B (1mm or more)' [Rental]](https://image.www.ipros.com/public/product/image/2d9/2000485994/IPROS68542816294604421637.jpeg?w=280&h=280)
It can detect pinholes in metallic coatings (target coating thickness of 1mm or more).
- The goal is to detect defects in the anti-corrosion and anti-rust properties of the coating and lining films without damaging the films. - Avoiding high frequencies that are prone to thermal destruction, measurements are conducted at low frequencies. - Achieving a compact and portable design by reducing power consumption and enabling battery operation. - Considering the degradation of the coating, a high-voltage pulse method is adopted to relatively reduce the application time of high voltage. - The discharge current is suppressed to avoid impacts on the human body and damage to the coating. - The structure allows for the confirmation of the voltage applied to the coating and voltage adjustments.
Low-frequency pulse type, microcurrent type
Apply a high voltage of 5 to 25 kV to short-circuit the coating defect area, generating a spark for detection. It comes with a buzzer and lamp, and the target coating thickness is 1 mm or more. Due to its low-frequency pulse type and microcurrent design, it allows for high-voltage pinhole inspection without damaging the coating.
