Engineering & Quality Procedures

Every flow element we manufacture — orifice plate assemblies, flow nozzles, venturi tubes, averaging pitot tubes, wedge meters, cone meters, and aerofoils — is engineered, not just assembled. Our in-house design, manufacturing, and testing infrastructure allows us to take on standard, custom, and non-standard configurations with full traceability and confidence at every stage.

01 Design
02 Manufacture
03 Test
04 Qualify

400 bar

In-house hydrostatic test bench rating

P91

Highest qualified alloy steel welding procedure

100 %

Of critical components tested before dispatch

Engineering-Led Design

Every order begins as an engineering exercise, not a purchase order. Our team performs detailed sizing, mechanical, and material calculations in-house before a single component is manufactured.

Flow element sizing per ISO 5167, ASME MFC-3M, ASME PTC 19.5, and AGA standards
In-house sizing and simulation software for DP-based flow calculations across gas, steam, and liquid applications
3D CAD modeling and mechanical design for standard and non-standard geometries
Finite Element Analysis (FEA) and structural calculations for high-pressure, high-temperature, and custom-flanged configurations can be done on request
Material selection engineering based on process conditions — pressure, temperature, corrosion, and erosion service

Manufacturing Capability

Our manufacturing setup is built to handle non-standard and application-specific requirements, not just catalogue configurations.

In-house machining and fabrication for custom line sizes, ratings, and end connections
Qualified welders with Welding Procedure Specifications (WPS) covering materials up to P91 alloy steel
Capability to execute non-standard configurations, special flange ratings, and application-specific mechanical designs
Dedicated process for handling exotic and high-alloy materials

In-House Testing & Quality Control

Every critical component undergoes documented testing at our own facility before dispatch, ensuring quality is verified — not assumed.

Dye Penetrant Testing (DPT) for surface and weld integrity
Radiography Testing (RT) for weld and casting soundness
Hydrostatic pressure testing — in-house test bench rated up to 400 bar
Positive Material Identification (PMI) for verifying alloy composition and traceability
Additional NDT and inspection procedures as required per project specification and applicable codes

Welding Qualification & Special Configurations

High-pressure, high-temperature, and critical-service applications demand welding expertise beyond standard procedures.

Qualified welding procedures (WPS/PQR) up to P91 alloy material
Experience with non-standard configurations and application-specific mechanical designs
Full weld traceability with documented qualification records for critical service applications

Quality, for us, isn't a final inspection step — it's built into every stage, from the first calculation to the final test certificate. This engineering-first approach is what allows us to confidently take on customized, critical, and non-standard flow measurement requirements that standard suppliers often cannot.

Have a critical or non-standard flow application?

Share your line size, process conditions and accuracy needs — our engineers respond with sizing, drawings and a quotation.

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