Our comprehensive range of industrial pipes includes carbon steel, stainless steel, and specialty alloy pipes designed for demanding industrial environments. Each pipe undergoes rigorous quality testing to ensure optimal performance and longevity.

Our extensive collection of pipe fittings includes elbows, tees, reducers, couplings, and specialized fittings. All fittings are manufactured to international standards ensuring perfect compatibility and long-lasting performance.

Our flange collection encompasses all standard types including slip-on, weld neck, blind, and specialty flanges. Each flange is precision-machined and tested to ensure perfect sealing and structural integrity in high-pressure applications.

Our valve portfolio includes gate valves, ball valves, check valves, butterfly valves, and specialized control valves. Each valve is designed for optimal flow control, durability, and safety in critical industrial processes.

We provide comprehensive structural steel solutions including beams, columns, trusses, and custom fabricated structures. Our structural components are designed to meet the highest safety standards and engineering requirements.

We supply a wide range of industrial gaskets and fasteners designed for secure, leak-proof, and durable connections in piping and structural systems. Our products meet international standards and are suitable for a variety of demanding environments.

Remote Visual Inspection (Videoscopy) enables the examination of areas or components that are difficult to access with the naked eye, without the need to dismantle machinery or surrounding structures. This technique helps detect discontinuities such as surface defects, substandard welds, pitting, corrosion, wear, blockages, and foreign objects—allowing early identification and prevention of potential issues before they escalate into major problems.

The Ultrasonic Contact Impedance (UCI) method offers a highly efficient and largely non-destructive way to measure material hardness, particulary valuable for finished components and in-situ inspections. Hardness testing is available by MIC 10 and Telebrineller system .The UCI method provides a reliable and practical solution for quality control, material verification and asset integrity management, ensuring that critical components meet required hardness specifications.

Thermography is a technique used to inspect electrical and mechanical equipment by capturing images of heat distribution. It is based on the principle that malfunctioning components typically exhibit a rise in temperature. In electrical systems, this could result from loose connections, while in mechanical systems, it may indicate issues like worn bearings. By analyzing the thermal patterns of components during operation, potential faults can be identified and assessed for severity.

It is well known that even a small mix-up in materials can lead to serious accidents and significant financial losses. To prevent such incidents, quality-conscious project managers are increasingly implementing Positive Material Identification (PMI) at every stage of plant commissioning. Material mix-ups can occur at various points—during manufacturing by the vendor, during storage by the user, or during the fabrication process. By conducting PMI at each of these stages, organizations can ensure near 100% confidence in preventing material identification errors.

A holiday test is a non-destructive inspection method used to detect discontinuities in painted or coated surfaces using specialized equipment. These devices, known as holiday detectors, are portable tools that are moved across the coated surface to identify any flaws. The test operates on the principle of electrical conductivity. Metal substrates are excellent conductors of electricity, allowing current to pass through them easily, while most coatings are poor conductors and resist electrical flow. Based on this difference, holiday testing uses electrical instruments to locate imperfections such as pinholes or thin spots in anticorrosive paints and coatings.