About Us
Binatech Company
Binatech is established in accordance with registered Permit No. 0318873165, granted by the Department of Planning and Investment of Ho Chi Minh City under the Enterprise Law of Vietnam and other related decrees issued by the Ministry of Planning and Investment.
Binatech specializes in delivering a wide range of services, including TPI Inspection, QA/QC consulting, NDT, Cathodic Protection survey and API inspections, across various industries such as Oil & Gas, Petrochemical, and Power Plants. We engage throughout the entire product lifecycle, offering comprehensive QA/QC engineering consulting, inspection, testing, and more. We believe that an innovative, experienced, and skilled workforce is key to our success.
Our Services
Our customers include Oil and Gas companies, Pipeline companies, Storage Facilities Companies. Our team is dedicated to provide appropriate solution, cost efficient and reliable results to our clients.
Advanced NDT Methods
Our Non-Destructive Testing (NDT) services are utilized across all industry sectors including Oil & gas, power & utilities, manufacturing industry and process industry. According to requirements, NDT can be undertaken during production, post-production, in-service and following repair. Our NDT inspection facilities and expertise are also a key component of our failure investigation service and can provide key test data as part of a fitness for service or risk-based inspection procedure.
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Conventional NDT Methods
Conventional Nondestructive Testing (NDT) describes a process in which welds, materials or equipment can be examined for various types of discontinuities such as cracks, weld discontinuities, corrosion, or wear that does not require the destruction of the component being tested.
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QA/QC Engineering Consultant
Binatech company specializes in delivering a wide range of services, including TPI Inspection, QA/QC consulting, NDT, Cathodic Protection consulting and API inspection, across various industries such as Oil & Gas, Petrochemical, and Power Plants. We engage throughout the entire product lifecycle, offering comprehensive QA/QC engineering consulting, inspection, testing, and more. We believe that an innovative, experienced, and skilled workforce is key to our success.
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03
Welding Engineering Consultant
Applied Technical Services’ provides welding engineering services with engineers that have the experience and knowledge to write customized welding procedure specifications (WPS) that are compliant to current codes and standards. We are familiar with unique standards that apply to specific industries that require common or specialized production. We have built an excellent reputation with the construction, infrastructure, automotive, nuclear, aerospace, power generation, transportation, and maritime industries.
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04
Cathodic Protection
Cathodic Protection (CP) method is widely used to prevent (or reduce) rust, corrosion and corrosion mitigation of structures. CP systems are generally grouped as sacrificial anode cathodic protection (SACP) system or impressed current cathodic protection (ICCP) system. Application in atmospheric, buried, or submerged environments can further diversify CP systems and its materials. To guarantee a more effective CP system, an applicable design for the protected structures is required.
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In-Service Inspection
We provide highly experienced API-certified inspectors with multidisciplinary expertise in pressure vessels, pressure piping, and storage tank inspections, as well as other certified professionals in the oil and gas industry through the API ( American Petroleum Institute).
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Why Choose Us
dedicated to providing our clients with exceptional services
Our team of highly qualified and certified technicians brings extensive experience and deep expertise in Non-Destructive Testing (NDT), In-service Inspection and Technical Diagnostics. We remain at the forefront of industry advancements by utilizing state-of-the-art technologies and equipment, and by adhering to recognized best practices to deliver accurate, consistent, and reliable results.
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Our Team
We deliver exceptional quality services through our highly qualified and skilled staff. Work coordination and training are managed by seasoned specialists with proven success in international projects. Our teams consistently achieve outstanding results across diverse assignments, showcasing both operational efficiency and professional excellence.
Our personnel are certified to Levels II, and III in multiple NDT methods in accordance with ISO, PCN, ASNT, and CSWIP standards. We also employ certified Welding Inspectors (CSWIP 3.1, 3.2.1) and professionals holding API 510, 570, 653, and 580 certifications, enabling us to perform a wide range of inspections for the oil and gas, chemical, and other industries.
All team members regularly complete health and safety training and maintain all required authorizations and approvals.
Latest Projects
View our latest works and projects for engineering and plant services.
From the Blog
In this section of the site contributing authors submit interesting articles relating to the various services, industries and research & development efforts of Binatech.
Purpose of Reference Reflectors in Ultrasonic Testing
14 August, 2025
There are several reflector types commonly used as a basis for establishing system performance and sensitivity. Included among them are spheres and flat-bottom holes (FBH), notches, side-drilled holes (SDH), and other special purpose or designs. Table 1 summarizes these reflectors characteristics and uses. Spherical reflectors are used most often in immersion testing for assessing transducer sound fields. Spheres provide excellent repeatability because of their omnidirectional sound wave response. The effective reflectance from a sphere is much smaller than that received from a flat reflector of the same diameter due to its spherical directivity pattern. Flat reflectors are used as calibration standards in both immersion and contact testing. They are usually flat-bottom drilled holes of the desired diameters and depths. All flat reflectors have the inherent weakness that they require careful sound beam-reflector axis alignment. Generally, if a discontinuity echo amplitude is equal to the amplitude of the calibration reflector, it...
Why tip of crack propagates through the materials
A crack can propagate through a material because of the concentration of stress at its tip, where the forces acting on the material are magnified. The propagation of a crack depends on the interaction between the applied load, material properties, and the size and shape of the crack. Reasons Why a Crack Propagates: Stress Concentration: At the tip of a crack, stress is much higher than in the rest of the material due to the geometry of the crack. The stress intensity factor (K) describes the stress field near the crack tip, and when K exceeds the material's fracture toughness (Kₐ), the crack will propagate. Energy Release Rate: A crack propagates when the energy released as the crack grows is greater than the energy required to create new surfaces. This is quantified by G, the strain energy release rate, and when G > Gₐ (material-specific threshold), crack growth occurs. Plastic...
Binatech Elevates NDT Training with Sonatest Wave Flaw Detectors
In a significant leap forward for non-destructive testing (NDT) education, Binatech Training and Examination Services (TES) is thrilled to announce the acquisition of eight Sonatest "Wave" flaw detectors. This strategic investment marks a transformative enhancement to our Conventional Ultrasonic Testing training, underscoring our unwavering commitment to providing state-of-the-art training solutions and maintaining our position at the forefront of NDT education. The Sonatest Wave flaw detectors are celebrated for their sophisticated features; most notably the A-scan plotting over component overlays. This advanced technology provides students with a detailed and precise analysis of test materials, significantly improving their understanding and proficiency in inspecting different weld preparations. The intuitive user interface of the Wave ensures that trainees can quickly master the complexities of flaw detection, thus enriching their overall learning experience and practical skill set. By incorporating these cutting-edge devices into our curriculum, we create a more interactive and engaging training environment. Students...
Enhanced NDT Training at TWI with Amigo2 Equipment
Binatech is proud to announce the recent acquisition of two state of the art Amigo2 Altering Current Field Measurement (ACFM) units from Eddyfi. This strategic investment is aimed at enhancing our non-destructive testing (NDT) training programme, ensuring our trainees receive education using the latest technology. Binatech is renowned for its leading-edge training programmes in NDT. Staying at the forefront of technological advancements is crucial to maintaining our reputation and ensuring our trainees are equipped with best tools and knowledge. The Amigo2 ACFM offers an unparalleled opportunity to elevate our training capabilities, making our programmes more robust, relevant and effective. Benefits of the New Amigo2 Equipment for Binatech Training: Accurate sizing of surface breaking cracks Inspect through paint and coatings Less cleaning compared to other methods Up-to 10 times faster than the first generation Legacy probe support SENSU 2, probes for high speed, large-array application One or two person operation (e.g....
Accelerated Work Experience Programme for NDT
The Accelerated Work Experience Programme by TWI is ideal if you have successfully completed a CSWIP or PCN Level 2 course and exam in Non-Destructive Testing (NDT) methods, but lack the necessary work experience for certification. This programme is designed to help you meet the work experience requirements by allowing you to claim 50% of the total work experience required, with the remainder to be completed under appropriate supervision in an industrial environment. Here's a breakdown of the programme duration and costs for each NDT method: Magnetic Testing (MT), Penetrant Testing (PT), Visual Testing (VT) Duration: 8 days Cost: £800 + VAT for both PCN and CSWIP Phased Array Ultrasonic Testing (PAUT) Duration: 8 days (PCN), 12 days (CSWIP) Cost: £800 + VAT (PCN), £1200 + VAT (CSWIP) Time of Flight Diffraction (ToFD) Duration: 24 days (PCN), 8 days (CSWIP) Cost: £2400 + VAT (PCN), £800 + VAT (CSWIP) Ultrasonic...