This PRONOVA® Poly (Hexafluoropropylene–VDF) Monofilament Suture, product code PN3710H, is a non-absorbable suture designed for precise vascular and soft tissue approximation where enhanced flexibility, minimal tissue reactivity and long-term tensile strength retention are required.

Manufactured from a proprietary copolymer of poly (hexafluoropropylene–VDF), PRONOVA® delivers superior handling and flexibility compared to conventional polypropylene sutures. The smooth monofilament construction reduces tissue drag while supporting consistent knot security in delicate surgical procedures.

The USP 5-0 diameter provides fine tensile strength suitable for cardiovascular, vascular and plastic surgical applications. The 30 inch (75 cm) strand length supports controlled handling and symmetrical closure techniques.

PN3710H is supplied double-armed (D/A) with two RB-2 needles, facilitating balanced tissue penetration and precise anastomotic alignment in vascular procedures.

Sterile and single-use, this product is supplied in a box of 36 sutures, making it suitable for specialist hospital and theatre environments requiring dependable non-absorbable closure performance.

• Key Features
• • Poly (Hexafluoropropylene–VDF) monofilament
• • Non-absorbable construction
• • USP 5-0 — fine tensile strength
• • 30 in (75 cm) strand length
• • Blue colour for enhanced visibility
• • Double-armed configuration (D/A)
• • Two RB-2 needles
• • Enhanced flexibility versus polypropylene
• • Minimal tissue reactivity
• • Sterile, single-use — Box of 36
• Technical Specifications
• Brand: Ethicon
• Product Code: PN3710H
• GTIN: 30705031238347
• Material: Poly (Hexafluoropropylene–VDF)
• Structure: Monofilament
• Absorbability: Non-absorbable
• USP Size: 5-0
• Suture Length: 30 in (75 cm)
• Colour: Blue
• Needle Name: RB-2
• Armed: Double-armed
• Strands Per Pack: 1
• Unit of Measure: Box (36 Each)
• Division: Medical Devices
• Category: Non-Absorbable Vascular Suture
• Suitable For
• • Cardiovascular surgery
• • Vascular anastomosis
• • Plastic and reconstructive procedures
• • Fine soft tissue approximation
• • Microsurgical applications