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To ensure delivery of the best quality product, the process commences right from the beginning i.e. material used.The imported plates are subjected to quality test before fabrication under the supervision of the QC Dept of QBEL at the Factory end. World class fabrication is guaranteed right through the cutting, fitting, welding, shot blasting and painting using best machines available in the PEB industry. A host of CNC based Auto and Semi Automatic machines are used for cutting and fabrication. The welding quality is not only due to the following of the AWS Code but also due to the use of MIG machines as well as SAW Machines with welding consumables that are also imported. This quality check is carried out through out the period of fabrication until completion of painting. This ensures a product of the finest quality and the difference is evident when compared. The delivery of material is done in the most professional manner so as to complement the erection wherein all deliveries are coordinated to ensure that all erect-able material are delivered in line with the progress of erection. To achieve this end a very qualified team of engineers are placed at the Factory. The team includes engineers in planning, production, quality control and maintenance.
QBEL team plans and safely executes the erection of every Projects on time and within budget. Our customers can count on the vast experience, capabilities and services of the team to efficiently erect their projects of any size and complexity. Our crew is well trained on safety standards and utilizes modern techniques and equipment in the industry. Our highly skilled team of operating engineers and workers manage erection of Structural Steel or Pre-Engineered Building projects with the highest standards in the industry. Proven track record is a force to reckon with when managing the logistical challenges of handling fast-track jobs, tight access and solving site limitation issues with unique erection plans.
Surface preparation is the essential first stage treatment of a steel substrate before the application of any coating, and is generally accepted as being the most important factor affecting the total success of a corrosion protection system. The performance of a coating is significantly influenced by its ability to adhere properly to the substrate material. Residual mill scale on steel surfaces is an unsatisfactory base to apply modern, high performance protective coatings and is therefore removed by abrasive blast cleaning. Other surface contaminants on the rolled steel surface, such as oil and grease are also undesirable and must be removed before the blast cleaning process. The surface preparation process not only cleans the steel, but also introduces a suitable profile to receive the protective coating.