Destructive tests for determination of resistance to creep and breaking traction. Executed in accordance with ASTM A370.
Destructive test for the quantification of energy absorbed at low temperatures (Below +32°F/0°C). Executed in accordance with ASTM E23.
Non-destructive test for surface hardness verification and thickness hardness sampling.
Macro Hardness: can be carried out in the workshop. Microhardness: in the laboratory; with different charges and indenter.
Executed in accordance with ASTM A370, E18 and E110.
Destructive test to verify the resistance to a bending moment of a welded joint. Used on welded pipe and fittings.
Executed in accordance with ASTM A370 and ASTM E190.
Non-destructive examination of butt-weldable joints to verify possible external and internal defects in the weld bead.
Executed in accordance with ASME BPVC section VIII Div. 1, UW-51.
Non-destructive examination, applicable to weldable joints and forged elements to verify possible surface defects.
Executed in accordance with ASTM E709.
Non-destructive examination, applicable to weldable joints to verify possible surface defects.
Executed in accordance with ASME BPVC section VIII Div 1, App 8
Non-destructive examination, applicable to weldable joints, forged elements and pipeline elements for the verification of defects and discontinuities.
Executed in accordance with ASME SEC V, Art 4 and 5, ASTM A388 and API 5L Annex E.
Non-destructive examination, applicable to weldable joints, forged elements and pipeline elements for the verification of defects and discontinuities.
Executed in accordance with ASME SEC V, Art 4 and 5, ASTM A388 and API 5L Annex E.
Verification of alloy elements in ferrous and non-ferrous alloys materials by fluorescence, in order to quantify elements with an atomic radius greater than 12.
Saline atmosphere simulation destructive test to verify the corrosion resistance of external materials and coatings.
Executed in accordance with ASTM B117.
Destructive test in which specimens are subjected to a hydrogen sulfide atmosphere for 96 hours to detect and quantify characteristics of cracks induced by hydrogen (CSR, CLR, CTR).Executed in accordance with NACE TM0284.
Hydrostatic tests of body and seats in accordance with the guidelines and acceptance criteria of API 6D, API 6A and API 598.
Hydrostatic tests on manufactured strainers, in accordance with the requirements of ASME B31.3.
High and low pressure tests for valve seats, using nitrogen or air. Executed according to API 6D, ISO 5208.
Tightness tests (seat testing) for a quick closing lid (end closure) at pressures higher than the maximum of work using certified procedures.
Tightness tests on assembled misalignment flanges, certified for pressures higher than working and design pressures, with results reports for adequate traceability.
Hydrostatic tests on EFW process piping, in accordance with the requirements of ASME B31.3.
Attested tests of operation of pneumatic or electrohydraulic actuators, quantifying, among others, operation, opening and/or closing time.
45° sides, in carbon steel and stainless steel, manufactured in one piece forging or welded, using reinforcement and thickness calculations according to ASME B31.3.
Eccentric and concentric reducers, welded and seamless construction, manufactured in accordance with MSS SP-75 and ASME B16.9, or in «custom made» dimensions.
Radial flow tees and Barred tees, designed according to the requirements of material, pipeline, working fluid, pressure and temperature. Specialized product design and manufacture built and designed under the ASME code.
Engineering and construction of skids for launching and receiving tools for pipeline cleaning.
Design and specification of launching and receiving traps, with pipeline components, pigs (tools), step indicators, closures and peripherals.
Induced bends (induction bends) manufactured by bending and controlled heating from API 5L pipe grade B and X42 up to X70. Wall thicknesses, radii of curvature and angles adapted to the connection requirement of two pipeline sections. Manufactured under ASME B16.49.
We have experience and the appropriate equipment to optimize the load for the transport of materials, in a safe and controlled manner.
Experience in handling air cargo with fast deliveries of materials adjusted to the needs of the projects.
Experience in handling maritime cargo from anywhere in the world to where the logistical requirements of the project requires.
Logistics capacity of infrastructure and equipment to deliver directly to the project location at any point in Colombian and Mexican territory.
We have the infrastructure and storage capacity to consolidate your cargo, optimizing the logistics and delivery of materials for your projects.
Consignment storage, to provide a constant and controlled flow of material according to the needs on site.
TEKNACORP provides inspection services for internal use and for third parties. We have qualified inspectors offering its clients quality control services, dimensional verification against manufacturing and isometric drawings. Non-destructive tests such as ultrasonic tests, radiography, magnetic particle inspection and penetrating liquid inspection, among others. Design and witnessing of tests aimed at the oil and gas industry in accordance with international standards and technical specifications of the client.
Meatal cages for large equipment Specialized packaging for large equipment, keeping your items safe and undamaged.
Bundles for handling large amounts of pipe with a diameter of less than 8?, directly from the mill to the project site.
Custom-designed packaging to optimize cargo handling in a safe, practical and cost-effective manner.
“Custom made” solutions for handling large cargo volumes.
Design of pipe spools using ASME codes based on project design variables, with calculation memories.
Engineering, technical and economic feasibility studies for the selection of materials based on piping codes.
Development of piping classes, with design considerations, materials and associated specifications required by the project, validating thicknesses based on design variables and applicable codes.
Stress calculations due to internal pressures in pipeline systems.
Design and calculation of flanges in classes and designs extrapolated to ASME B16.5, B16.47 and MSSSP-44 codes, using the ASME code guidelines for pressure vessels.
Calculation of extrusions for accessories from sheet, using the ASME code to guarantee compliance with the reinforcement areas for the pressures and temperatures of the pipeline system.
