Medtronic 1527005 Reuter Bivalve Fluoroplastic Intranasal Splint 0.50 mm Standard Thick - New

Medtronic 1527005 Reuter Bivalve Fluoroplastic Intranasal Splint | 0.50 mm Standard Thickness | Pre-Punched Bivalve Profile | Inert Polymer Barrier | New

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The Medtronic 1527005 Reuter Bivalve Intranasal Splint is a high-precision fluoroplastic (FLPL) planar barrier and mechanical support component engineered for fluidic chamber isolation, particulate deflection, structural alignment studies, and benchtop tissue surrogate testing. Featuring a 0.50 mm standard thick profile with pre-punched positioning points, this bivalve sheet component delivers exceptional dimensional stability, low surface energy, and smooth non-stick characteristics that minimize particulate and debris accumulation during fluid or gas displacement. Manufactured from high-purity medical fluoroplastic polymer, this flexible sheet component provides supreme chemical inertness, high tear resistance, and consistent structural rigidity across narrow testing channels. It serves as an ideal component for fluid dynamics research, mechanical barrier modeling, airflow obstruction studies, and technical instructional displays.

Product Details

• Brand / Manufacturer: Medtronic® ENT (Xomed)
• Part / Catalog Number: 1527005
• Product Line: Reuter Bivalve Intranasal Splint Series
• Product Type: Fluoroplastic Sheet Barrier / Structural Alignment Component
• Material Thickness: 0.50 mm (Standard Thick Profile)
• Configuration: Bivalve Geometry (Paired / Pre-Punched)
• Material Composition: High-Purity Fluoroplastic (FLPL / PTFE Polymer)
• Surface Properties: Hydrophobic, Low Friction, Resistance to Crust and Debris Build-Up
• Quantity Included: 1 Pair / Pack of 2 (or per selected listing variation)
• Unit of Measure: 1 Pack (1/PK)
• Application: Channel clearance research, fluidic isolation modeling, mechanical barrier testing, structural alignment verification, and research laboratory setups
• Condition: Brand New — Unused, factory sealed in original individual packaging.

Key Features

• High-grade fluoroplastic material offers low surface energy to prevent debris adhesion and fluid drag
• Standard 0.50 mm thickness maintains optimal equilibrium between flexibility and planar column rigidity
• Pre-punched bivalve design facilitates precise location securing and alignment in testing fixtures
• Chemically inert polymer withstands exposure to aggressive testing fluids, reagents, and environmental moisture
• Uniform material density ensures reproducible deflection characteristics under mechanical loads