Reference library
Welding problems are industry-shaped. A pressure-vessel shop and a shipyard run the same processes against completely different constraints, and the monitoring that pays for itself in one is not the monitoring that pays for itself in the other. Each card names the codes in scope, the pain points that cost most, and the signal that sees each one early.
Above-ground storage tank fabrication and field erection
Field-erected and shop-fabricated tanks welded under API 650. The four monitoring pain points that cost tank fabricators most, and which Therness signal addresses each.
Additive manufacturing and near-net-shape production
WAAM is welding with no interpass inspection access and no wrought equivalent to compare against. The codes that apply, the four monitoring pain points, and which Therness signal addresses each.
Aerospace and aircraft structures manufacturing
Special-process welding on airframe and engine structures under AC7110 and AS9100. The four monitoring pain points that cost aerospace welders most, and which Therness signal addresses each.
Automotive manufacturing and vehicle assembly
High-volume resistance, laser and arc welding under sector-specific quality-system audits. The four monitoring pain points that cost automotive manufacturers most, and which Therness signal addresses each.
Battery module and pack manufacturing
Tab and busbar welds are small, fast and numerous. What a thermal and process record shows on each one, how a one-cell pilot runs and what goes into the quality file.
Heat exchanger and tube-to-tubesheet fabrication
Shell-and-tube heat exchangers welded under ASME Section VIII and TEMA. The four monitoring pain points that cost heat-exchanger fabricators most, and which Therness signal addresses each.
Heavy equipment, mobile crane and off-highway machinery manufacturing
Machinery frames, booms and crane structures welded under AWS D1.1, D14.1 and D14.3. The four monitoring pain points that cost heavy-equipment manufacturers most, and which Therness signal addresses each.
Laser welding cells in series production
What a thermal camera records on a laser welding cell, seam by seam: the heat field, the cooling, the link to the program. How a pilot runs and what goes into the file.
Offshore oil, gas and marine energy structures
Fixed platforms, topside piping and subsea pipelines welded under classification-society rules and the transportation codes. The pain points that cost offshore fabricators most, and which Therness signal addresses each.
Pipeline construction — oil, gas and product transportation
Cross-country and plant piping welded under API 1104 and the ASME B31 transportation codes. The four monitoring pain points that cost pipeline contractors most, and which Therness signal addresses each.
Power generation — boiler, turbine and piping fabrication
Boiler, turbine and plant piping welded under ASME Section I and B31.1. The four monitoring pain points that cost power-generation fabricators most, and which Therness signal addresses each.
Pressure equipment and process plant
Thick-section, multi-pass, code-governed welding. The codes that apply, the four monitoring pain points that cost pressure-vessel fabricators most, and which Therness signal addresses each.
Railway rolling stock manufacturing
Thermal and process records for every weld on car bodies, underframes and bogies: what they show, how a one-cell pilot runs and what goes into the EN 15085 file.
Shipbuilding and marine fabrication
High-volume welding under classification-society rules. The codes that apply, the four monitoring pain points that cost yards most, and which Therness signal addresses each.
Structural steel fabrication and erection
Shop-fabricated and site-erected steel under AWS D1.1 and EN 1090-2. The four monitoring pain points that cost structural fabricators most, and which Therness signal addresses each.
The right monitoring depends on the joint, the volume and the code you answer to. A technical call is faster than a specification exchange.
Progetto cofinanziato nell'ambito del PR Piemonte FSE+ 2021-2027,
Priorità I, Obiettivo Specifico a), Azione 4 – "Sostegno alla nascita delle start up"
