NABL Accredited NDT Laboratory - Trinity NDT Bangalore India Ultrasonic Inspection, Radiography, MT, PT & Eddy Current Inspection

NABL Accredited NDT Laboratory ISO/IEC17025:2005 - Trinity NDT Bangalore India in Ultrasonic Inspection, Radiography, Magnetic Particle Crack Inspection, Dye Penetrant Inspection DPT, FPI testing & Eddy Current Inspection.

Trinity NDT Labs, Inspection Services are now NABL ( (National Accreditation Board for Testing and calibration laboratories, A Constituent Board of Quality Council of India, New Delhi India) accredited ISO/IEC17025:2005 certified labs for Ultrasonic Inspection, Radiography, Magnetic Particle Crack Inspection, Dye Penetrant Inspection testing DPT, FPI testing & Eddy Current Inspection. The NABL accredited Nondestructive testing NDT labs are located in Peenya Industrial Estate Bangalore, India.

With this Trinity NDT labs inspection services becomes the First NDT company in Bangalore to get accredited in all 5 NDT methods viz.Ultrasonic Flaw detection, Radiography testing, Magnetic Particle Crack Inspection, Dye Penetrant Inspection testing DPT, FPI testing & Eddy Current Inspection. For scope of accreditation please visit NABL Delhi Website or view the below details:

Laboratory
Trinity NDT Engineers, Plot No. V-22 (A), 6th Main, 2nd Stage, Peenya Industrial Estate, Bangalore, Karnataka

Accreditation Standard

ISO/IEC 17025: 2005

 

Certificate Number

TC-5934

Page 1 of 2

Validity

30.06.2017 to 29.06.2019
Last Amended on
--


Sl.
Product / Material of Test
Specific Test Performed
Test Method Specification against which tests are performed
Range of Testing /
Limits of Detection

NON-DESTRUCTIVE TESTING
AT LABORATORY AND AT SITE


I.
METALS AND ALLOYS


1.
Ferrous & Non- Ferrous Material
(Welding, Casing, Forging  and Rolled Products)
 Ultrasonic Testing
ASME Sec V
Article 4, 5 and 23
ASME SEC VIII Div 1
ASTM B 594
AMS 2630
AMS 2632A
10 mm to 2000 mm
 Ultrasonic Thickness
ASTM E 797
2 mm to 200 mm
2.
Ferromagnetic Material
(Welding  Casting, Forged and Rolled Products)
Magnetic Particle Testing

ASME Sec V
Article 7 and 25
ASME Sec VIII Div 1
ASTM E1444
ASME SEC VIII Div 1
Qualitative
(Surface and sub surface up  to 5 mm)
3.
Ferrous & Non Ferrous Material
(Welding, Casting,  Forged and Rolled Products)
Liquid Penetrant Testing
(Visible & Fluorescent, Method A,B,C and D)
ASME Sec V
Article 6 and 24
ASTM 1417
ASME SEC VIII Div 1
Qualitative
(Open to the Surface)
4.
Metallic Conductive Materials
 Eddy Current Testing
ASME Sec V Article 8
Qualitative
(Surface and sub surface up to 1mm)








AT SITE



5.
Ferrous & Non- Ferrous Material
(Casting, Values, Welding, Forging and Rolled Products)
Radiographic Testing
(Ir-192)
ASME Sec V
ASTM E 1030
ASTM E 1032
ASTM E 155
AU 609
6 mm to 70 mm

Comments

Post a Comment

Ask, Comment, Suggest to Ravi at Trinity NDT's Blog

Popular posts from this blog

Internal Welding Defects - A Guide

Image
  Internal Welding Defects - A Guide  Contents: Common Types of Internal Welding Defects  Causes of Internal Welding Defects  Detection Methods  Impact on Structural Integrity  Industry Standards and Regulations  Advancements in Welding Technology  The Role of Skilled Welders Let us know Welding is a critical process in various industries, ensuring the structural integrity of assembled components. However, even in the hands of skilled welders, internal welding defects can compromise the quality of the welds, leading to potential hazards and failures.   Introduction  In the realm of welding, understanding internal defects is paramount to achieving durable and reliable welded joints.  This article delves into the intricate world of internal welding defects, shedding light on their types, causes, detection methods, and preventive measures.  Importance of Weld Quality  Weld quality is not just a matter of aesthetics; it...
Read more

What Causes Pinholes in Welding? Causes and Remedies - A Guide

Image
  What Causes Pinholes in Welding? Causes and Remedies - A Guide Contents Introduction  Understanding the Welding Process   Exploring the Causes of Pinholes  Impact of Pinholes on Weld Quality  Strategies for Prevention and Mitigation    Introduction   In the intricate world of welding, pinholes are a persistent challenge that welders encounter.  These tiny voids, often invisible to the naked eye, can significantly compromise the integrity and quality of a weld.  Understanding what pinholes are and why they need to be addressed is crucial for maintaining the structural integrity and functionality of welded components.  Definition of Pinholes in Welding   Pinholes in welding refer to small voids or discontinuities within the weld metal or at the weld interface.  These voids can vary in size, ranging from microscopic to more visible defects, depending on the welding process and parameters.  Pinholes are typi...
Read more

NDT Job Vacancies in Mumbai, India for NDT Level II freshers

Image
NDT Job Vacancies in Mumbai, India for NDT Level II freshers 1)     APPLY   POST                                                       : NDT TRAINEES QUALIFICATION                                                : ANY degree and diploma holders LOCATION                                       ...
Read more