Polyurethane Border Profile Cost Drivers and Meter Calculations

The technical geometry of a polyurethane border profile directly influences raw material consumption during manufacturing. Profiles are produced using high-density rigid polyurethane with a density range of 150-220 kg/m³ (production target ~160 kg/m³). Profiles with larger projection depths or height dimensions require larger mold cavities and increased material density, which elevates the base unit production requirement.

Furthermore, structural complexity alters manufacturing costs:

• Plain Profiles: Feature smooth, linear geometry with predictable mold fill rates.
• Patterned Profiles: Feature intricate relief designs requiring detailed mold tooling and precise release agents.

Border profiles are specified and quoted based on linear meters (mtül) rather than overall surface area (m²). Measuring linear meters requires assessing the complete length of all planned wall or ceiling runs.

Consider a practical project example: A rectangular room measuring 6 meters in length and 4 meters in width requires perimeter border trim.

• Total linear distance: (6 m + 4 m) × 2 = 20 linear meters.
• Height or depth variations of the selected border profile do not alter this base measurement, but they dictate the volume of material used per linear meter.

Standard linear measurements must account for material loss during field fitting and corner joinery. Professional installation requires precise 45-degree miter cuts at every inside and outside corner, which consumes additional profile length.

An extra waste allowance of 10% to 15% should always be added to the baseline linear meter count. Complex room geometries with multiple alcoves or columns increase cut frequency, requiring higher waste margins to ensure continuous profile runs without unwanted splice joints.

Polyurethane border profiles supplied by Polure come factory-primed for immediate jobsite processing. While an additional jobsite primer is optional depending on the paint layer system, specific environmental standards must be strictly enforced:

• Substrate Stability: The material features water absorption below 1% and remains dimensionally stable between -100 °C / +80 °C.
• Exterior Requirements: For exterior application, UV-resistant paint systems are mandatory to prevent degradation.
• Fastening Protocol: Profiles must be mounted to clean, dry surfaces using dedicated polyurethane (PU) assembly adhesive. Silicone-based adhesives are strictly prohibited. Mechanical fixing with screws is mandatory.
• Finishing Steps: Joint seams require joint putty, followed by sanding with 180-220 grit sandpaper, localized priming, and two topcoats of paint.

Overall project expenses depend on order volume tiers, factory logistics, and installation labor dynamics. Factory direct pricing operates on volume thresholds, where larger total meterage optimizes production setup overhead.

Material supply is strictly calculated on ex-factory (fabrika teslim) terms, meaning transport and logistics are handled separately from profile fabrication. Similarly, mechanical installation, miter cutting, wall preparation, and painting labor are quoted as distinct service items based on site conditions, ceiling heights, and substrate prep requirements.

To receive a complete and accurate cost proposal from Polure, project planners must compile precise technical data prior to submitting a bid request. Providing detailed site parameters eliminates guesswork and speeds up budget verification.

A proper quote request should contain:

• Measurement List: Total net linear meters divided by section, including an added 10-15% waste factor.
• Profile Selection: Exact cross-section codes specifying width, projection, and plain or patterned preferences.
• Project Drawings: Architectural CAD plans, elevation drawings, or clear site photos showing corner conditions and wall substrates.