Product Photo
Nylon Thermoforming Film — Medical Care Package
F2703 is a 110μm NY/PE vacuum thermoforming base film built for pinhole resistance and high formability across a 10–30mm forming-depth range, packaging injection syringes, gauze, cotton pads, and suction tubes for either E.O. or gamma (r-ray) sterilization.
A Mid-Gauge Base Film With a Wide Forming-Depth Range
F2703 sits at 110μm in Intlpak's NE medical series, covering a wide 10–30mm forming-depth range in a single gauge — one film for lines that would otherwise stock two. It is produced by computer-controlled co-extrusion with automatic foreign-object detection and thickness control under clean-room standards, and is engineered specifically for pinhole resistance, holding shape around device contours without the weak spots that would compromise a sterile barrier.
Where F2703 Is Used
- 1 Vacuum thermoforming base film for disposable medical supplies and medical equipment
- 2 Injection syringes, gauze, cotton pads, and sputum suction tubes
- 3 Medical devices spanning shallow to moderately deep forming profiles (10–30mm)
- 4 Packaging lines requiring E.O. or gamma (r-ray) sterilization compatibility
Full Specifications — Nylon/PE Medical Thermoforming Film Series
F2703 is the 110μm mid-gauge grade in Intlpak's NE nylon/PE medical thermoforming film family. The table below shows F2703 alongside the 80–150μm grades in the same series.
| Property | F2624-M (80μm) | F2703 (110μm) | F2615-M (120μm) | F2606-M (150μm) |
|---|---|---|---|---|
| Thickness | 80 μm | 110 μm | 120 μm | 150 μm |
| Suggested Forming Depth | 10–15 mm | 10–30 mm | 10–30 mm | 30–50 mm |
| Formability / Pinhole Resistance | Best-in-class across the series | |||
| Optical Properties | High transparency, high gloss | |||
| Sterilization Compatibility | E.O. and gamma (r-ray) | E.O. and gamma (r-ray) | E.O. and gamma (r-ray) | E.O. and gamma (r-ray) |
| Typical Application | Injection syringes, gauze, cotton pads, suction tubes, and other medical equipment | |||
| Width | Customized | |||
| Length | Customized | |||
Reviewed by: Intlpak R&D Team.
Why F2703 Performs
Storage Notice
Avoid exposure to direct light, wind, and rain — store under appropriate conditions. Prevent products from slipping from high places, being polluted, or being impacted during handling.
Quality & Certification
Manufactured under ISO 9001 quality management and GMP clean-room production standards suited to medical-grade packaging, with ISO 22000 & HACCP certification. All products undergo annual safety checks.
Questions About F2703
F2703 and F2615-M both form 10–30 mm — why two grades?
Because F2703 reaches that depth at 110 μm where F2615-M needs 120 μm — 10 μm less material for the same capability. If your specification isn't frozen and material efficiency matters, F2703 is worth evaluating; if an existing process is already validated on F2615-M, 10 μm rarely justifies re-qualification.
Which sterilization methods does F2703 support?
Both E.O. and gamma (r-ray), consistent with the rest of the nylon medical family. That dual compatibility lets one packaging structure serve different markets or product lines without stocking a separate film for each sterilization route.
What role does F2703 play in a sterile pack?
Bottom web: thermoformed into the cavity that carries the device, then sealed to a breathable top web — dialysis paper or Tyvek — to complete the sterile barrier system. The film alone is not the barrier; seal integrity, top-web breathability and the sterilization process determine the outcome together.
Drawing 110 μm to 30 mm — is wall thickness sufficient?
Within the rated range the design works, but measure rather than assume near the 30 mm limit. Drawn corners are both the thinnest section and the likeliest point of sterile barrier failure. Measure actual corner wall thickness during process validation and, if margin is tight, increase tooling radii or move to F2615-M for extra material.
Which devices suit F2703?
Medium-depth cavities — catheters, syringe sets, small instrument packs. For shallower work use F2624-M (80 μm, 10–15 mm); for deeper, F2606-M (150 μm, 30–50 mm). The family is tiered by forming depth, so selection starts by measuring the cavity.