SAMWAY P392 Tube Flaring Device – Precise Flaring

The SAMWAY P392 tube flaring device is a high-performance engineering system designed for the professional shaping of metal tube ends in the flaring process. This tool constitutes the core equipment of modern fluid power workshops where perfect joint tightness is required when working under extreme operating pressure. Thanks to the use of an advanced mechanical design, this instrument guarantees complete geometric repeatability of the flare, which is technically most important for the safety of the entire hydraulic system. The solid body made of hardened high-alloy steel ensures stability during forming operations, effectively preventing material fatigue at the processing site. The use of this technology in the production process allows for the minimization of material losses and a significant reduction in the time needed to prepare rigid lines. It is an industrial-class solution that meets rigorous technical standards, guaranteeing the durability of installations in the harshest working conditions.

Application and Technical Characteristics

The P392 model has been optimized for processing pipes made of carbon steel, stainless steel, and alloy steel, making it an extremely versatile solution in daily service work. The device exhibits extraordinary resistance to mechanical loads occurring during flange forming, which translates into a long service life for working elements. This component is fully compatible with working media (hydraulic oils and emulsions) complying with industrial standards. Precise guidance of the forming tool minimizes the risk of damaging the pipe surface, which is essential for maintaining the tightness of tapered or flanged connections when working under rated pressure. The system maintains operational stability across a wide spectrum of operating temperatures, ensuring the invariance of the parameters of the entire process. To increase workshop efficiency, we suggest supplementing your equipment with tube flaring and expanding devices from our offer, which offer ideal synergy with the presented tool. Additionally, to optimize pipe processing, be sure to check our hydraulic hose cutting machines and advanced hose skiving machines, which will prepare the material for further processing with the highest accuracy.

Why Choose Our Components?

By choosing Samway engineering solutions, you are investing in equipment with documented durability, fully compliant with international ISO standards regarding the installation of piping systems. Our components are designed taking into account the actual forces acting on the pipe during the flaring process, which effectively prevents microstructural cracking. The use of proven metal alloys makes this tool retain its precise geometry even after thousands of operational cycles. We offer a wide range of accessories that significantly improve operator ergonomics and shorten downtime. Our team of engineers provides full support in selecting the appropriate tooling for specific diameters and types of steel, based on precise strength calculations and years of experience in the fluid power sector. Every device undergoes rigorous quality tests before being put on sale, confirming its resistance to wear, which accounts for the superiority of our solutions over standard tools available on the market. By choosing Samway, you gain confidence in working in accordance with the highest global standards of technical safety.

Technical Specification

Frequently Asked Questions (FAQ)

Does this tool require lubrication before starting work?

Yes, in order to reduce frictional forces and protect the forming surface against wear, it is required to use a dedicated high-pressure lubricant in accordance with the user manual.

Does the device handle stainless steel pipes?

Yes, this model is fully adapted for processing stainless steel, provided that appropriate forming sets matched to the tube wall thickness are used.

What risks does an incorrect flaring process carry?

Improper flare preparation leads to leaks in the system, which under high pressure threatens sudden depressurization and system failure.