33-01, Jalan Sagu 18,
Taman Daya,
81100 Johor Bahru,
Johor, Malaysia.
+6010-820 9965
+6018-989 9965
+6018-989 9965
+607-362 1965
+60189899965
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Atomic Solutions Sdn Bhd
33-01, Jalan Sagu 18,
Taman Daya,
81100 Johor Bahru,
Johor, Malaysia.
33-01, Jalan Sagu 18,
Taman Daya,
81100 Johor Bahru,
Johor, Malaysia.
Kuala Lumpur Branch
21-3, Dataran Mutiara, Jalan 7/4, Taman Serdang Jaya, 43300 Seri Kembangan, Selangor, Malaysia.
+6018-989 9965
Penang Branch
8, 1st Floor, Tingkat Bukit Minyak 9, Taman Bukit Minyak, 14000 Bukit Mertajam, Pulau Pinang, Malaysia.
+6018-989 9965
+6011-3670 9965
21-3, Dataran Mutiara, Jalan 7/4, Taman Serdang Jaya, 43300 Seri Kembangan, Selangor, Malaysia.
+6018-989 9965
+607-362 1965
Penang Branch
8, 1st Floor, Tingkat Bukit Minyak 9, Taman Bukit Minyak, 14000 Bukit Mertajam, Pulau Pinang, Malaysia.
+6018-989 9965
+6011-3670 9965
+607-362 1965
PA53MET TC - Cleanliness Inpesction and Analysis System
Description
The cleanliness of component' surfaces will affect the reliability and durability of advanced technology products in automobile, airplane and medical industry. Chip, burr, casting sand, welding slag, abrasive and other solid particles will cause the following damages: bearing blockage, valve blockage, nozzle blockage, short circuit, cylinder leakage, pump burning, etc.
So, what is Technical Cleanliness? Why is it necessary to detect these pollutant particles? How is cleanliness (pollutant particles) quantified?
The technical cleanliness means of detecting potential pollutant particles in automotive / components. These particles can cause blockages, scratches, poor contacts, malfunctions, and other issues in fluid and electronic systems during operation. Consequently, this can lead to the entire automotive system not functioning properly, certain functions failing, paralysis, and even safety incidents. Therefore, cleanliness is a highly crucial indicator. It is quantified based on parameters such as the weight of pollutant particles, the geometric dimensions of particles, particle quantity, distribution range, properties, composition, and more.''
Where are the possible sources of contaminants?
Highlights:
Application:
Procedure:
Methods of Technical Cleanliness Inspection
The cleanliness of component' surfaces will affect the reliability and durability of advanced technology products in automobile, airplane and medical industry. Chip, burr, casting sand, welding slag, abrasive and other solid particles will cause the following damages: bearing blockage, valve blockage, nozzle blockage, short circuit, cylinder leakage, pump burning, etc.
The technical cleanliness means of detecting potential pollutant particles in automotive / components. These particles can cause blockages, scratches, poor contacts, malfunctions, and other issues in fluid and electronic systems during operation. Consequently, this can lead to the entire automotive system not functioning properly, certain functions failing, paralysis, and even safety incidents. Therefore, cleanliness is a highly crucial indicator. It is quantified based on parameters such as the weight of pollutant particles, the geometric dimensions of particles, particle quantity, distribution range, properties, composition, and more.''
Where are the possible sources of contaminants?
Highlights:
- Inspect for contaminants.
- Incoming and Outgoing Inspection
- First Article Acceptance and Evaluation
- Technical Cleanliness Execution Standards
- For Standard: ISO 16232, ISO 4406, VDA 19, GBIT 3821-2005, VW01134, E.34-07-25, GGME7061, QV11111, etc.
- Quality Control or Monitoring of Production Processes Related to Cleanliness (such as cleaning, surface treatment, or assembly)
Application:
Procedure:
Methods of Technical Cleanliness Inspection