Understanding the cost structure of plastic coated wire fencing requires examining material inputs, coating specifications, and production scalability. Factory pricing reflects direct manufacturing costs without intermediary markups, making it relevant for bulk procurement in infrastructure, agriculture, and security projects.

The term "factory price" indicates the ex-works cost based on wire gauge, polyethylene or PVC thickness, roll dimensions, and order volume. Buyers should evaluate these technical variables when comparing quotes, as superficial price comparisons often overlook critical performance differences in corrosion resistance and mechanical durability.

Plastic covered wire fencing begins with a steel core, typically low-carbon wire drawn to precise diameters ranging from 1.2mm to 4.0mm. The core undergoes cleaning and pretreatment to ensure adhesion before extrusion coating.

Coating materials are either low-density polyethylene (LDPE) or polyvinyl chloride (PVC), applied in thicknesses from 0.3mm to 0.8mm depending on environmental exposure. LDPE offers flexibility and UV stability; PVC provides higher abrasion resistance but may require plasticizers that affect long-term flexibility in cold climates.

The coating process uses continuous extrusion lines where the wire passes through a die coated with molten polymer. Line speed, temperature control, and cooling rates directly influence coating uniformity and thickness tolerance, typically maintained within ±0.05mm for industrial grades.

Raw material costs constitute 60-70% of the factory price, with steel wire and polymer resin prices fluctuating based on global commodity markets. A 0.1mm increase in coating thickness adds approximately 8-12% to material usage per meter of fencing.

Wire diameter significantly impacts cost; doubling the core diameter increases steel weight by a factor of four, directly raising material expenses. For example, upgrading from 2.0mm to 3.0mm wire increases steel consumption by 125% per linear meter.

Production efficiency affects pricing through line utilization and changeover time. Standard rolls (25m or 50m length) minimize setup; custom lengths or non-standard heights increase per-unit costs due to frequent die adjustments and reduced output rates.

Order volume triggers tiered pricing: minimum order quantities (typically 500kg) avoid setup fees, while orders exceeding 5 tons often receive incremental discounts based on reduced per-kilogram handling and packaging overhead.

Note: Prices are ex-works, based on FOB port loading, and assume minimum order of 1 ton. Final pricing requires confirmation of resin grade, wire tensile strength, and packaging requirements.

Agricultural enclosures prioritize cost-effectiveness and flexibility, commonly using 1.6mm to 2.0mm wire with 0.3-0.5mm LDPE coating. The softer coating reduces injury risk to livestock while maintaining adequate containment for sheep, goats, and poultry.

Perimeter security for industrial facilities demands higher mechanical strength, favoring 2.5mm to 3.0mm cores with PVC coating for cut resistance. Heights of 1800mm to 2400mm are standard, often combined with barbed wire extensions for enhanced deterrence.

Temporary construction site fencing utilizes lighter gauges (1.2-1.6mm) with thin LDPE layers (0.2-0.3mm) for rapid deployment and reuse. The coating prevents rust staining on concrete surfaces during short-term exposure, typically 3-6 months.

Coastal or high-humidity environments require thicker PVC coatings (0.6-0.8mm) to mitigate chloride-induced corrosion, even if the core wire is galvanized. The additional polymer layer acts as a barrier against salt spray penetration.

Factory pricing assumes compliance with internal quality standards that include coating adhesion testing (minimum 10N/cm peel strength), thickness verification via micrometer at 1-meter intervals, and tensile strength validation of the steel core to ensure elongation properties meet ASTM A641 equivalents.

Visual inspection checks for coating defects such as pinholes, bubbles, or uneven thickness under 2x magnification. Rolls are rejected if defect density exceeds 2 per 10 linear meters, as these points initiate corrosion propagation under outdoor exposure.

Batch traceability links raw material certifications to finished goods through unique roll identifiers. This enables rapid isolation of non-conforming material in field failure scenarios, reducing liability for large-scale infrastructure projects.

UV resistance is evaluated through accelerated weathering (1000 hours UV-B exposure) for LDPE coatings, with acceptable performance defined as less than 15% elongation at break reduction. PVC formulations include UV stabilizers measured by spectral absorption loss.

Color selection affects pricing due to pigment concentration and potential stabilizer adjustments. Standard green (RAL 6005) and black are stocked; custom colors require minimum 200kg batches and add 5-8% to the base price due to purge loss and color matching cycles.

Mesh aperture size influences both material usage and production speed. Smaller apertures (e.g., 25mm x 25mm vs 50mm x 50mm) increase wire consumption by up to 40% and reduce extrusion line speed due to higher bending frequency, raising costs proportionally.

Edge treatments such as knuckled or twisted selvages add minimal cost (<2%) but improve safety and installation efficiency. Knuckled edges prevent wire protrusion during handling; twisted selvages provide rigid framing for gate attachments.

Roll weight and inner diameter can be adjusted for handling equipment compatibility. Standard cores are 50mm ID; larger IDs (75-100mm) accommodate pneumatic unwinders but require more packaging material, slightly increasing landed cost.

Factory pricing excludes loading and freight; standard packaging uses UV-stabilized polyethylene film wrapping with corner protectors and steel strapping. Each roll is labeled with specification, batch number, and meterage for inventory control.

Pallet configuration optimizes container loading: typically 16-20 rolls per pallet (1.2m x 1.0m base), stacked two-high for 20-foot containers. Net weight per pallet ranges from 800kg to 1200kg depending on roll specifications.

For export, moisture barrier bags and desiccant packs are added upon request to prevent condensation during transit, adding approximately 3-5% to packaging costs. This is recommended for shipments exceeding 30 days transit time or tropical routes.

Lead time from order confirmation to ex-works readiness averages 10-15 days for stock specifications; custom colors or non-standard dimensions extend this to 18-25 days due to material changeover and quality validation.

For accurate factory pricing on plastic covered wire fencing, provide your required wire diameter, coating type, height, length, and order volume. Technical specifications enable precise cost modeling based on current raw material inputs and production capacity.

Submit your inquiry to receive a detailed quotation including ex-works price, lead time, and packaging options tailored to your project requirements.