پریدخت – Paridokht

Specialist analysis of structure and pattern (Pattern & Fit Engineering)

Classic-fit pattern engineering: The pattern of this model is designed with a modern raglan technique and the basics of a three-piece construction; while it sits precisely on the shoulder lines, it leaves enough ergonomic freedom at the armhole so that the wearer is not restricted in movement during long periods of sitting and standing.

Blazer lapel geometry: The cutting angle and roll of the lapel are set according to the geometric proportions of the face and of formal meeting rooms; the length of the roll and the depth of the lapel point are calculated to create an optical effect that makes the upper body look longer and more authoritative.

Welt and flap pocket structure: The pockets on the body of the jacket are executed with millimetre precision and welted-edge stitching so that, besides being practical, they create no extra bulge and cause no visual distortion in the overall shape of the upper body.

Material technology and fabric physiology (Textile & Ergonomics)

Analysis of Motahari worsted (65% wool): The high percentage of natural wool in the warp and weft optimises the garment's thermal conductivity: it is a suitable thermal insulator in cold seasons and, thanks to the porous structure of the natural fibres, does not trap air in warm seasons.

Dynamic wrinkle-resistance technology: The yarn twist structure of this fabric is such that after hours of sitting at a management desk or attending monitoring meetings, the tensile stresses in the fibres return to their original state, preventing deep creases at the elbows and the back of the jacket.

Breathability and perspiration-management system: The engineered blend of wool and viscose fibres used in the full lining increases the rate at which moisture evaporates from the skin and prevents the feeling of overheating, localised perspiration and the garment clinging to the body during long working hours.

Tailoring engineering and industrial layering (Tailoring & Internal Architecture)

Full interlining architecture: In the inner parts of the jacket, thermal layers of standard weight are used, acting as the garment's internal skeleton and preventing deformation of the edges, displacement of the facing and sagging of the jacket's shape after repeated cleaning or constant use.

Integrated lining system: A high-quality first-grade lining with hand-stitched interior finishing minimises the friction between the garment and the shirt or underlayer and contributes greatly to smooth arm movement.

Engineered cuff details: Functional and decorative buttons on the vent at the end of the sleeve, besides lending authenticity to the classic style, make it possible to fold back the edge of the sleeve slightly when needed.