The structural design of a slat composite fence determines its durability and stability. Conventional fence systems often rely on simple slot-and-insert connections, which may loosen under repeated environmental stress. MecoFence has introduced a patented interlocking structure designed to improve connection strength and maintain long-term horizontal stability.
Conventional Slat Composite Fence Design
In a standard slat composite fence, each panel is fitted into a channel or groove without a secure fastening element. Over time, this arrangement can allow movement due to wind load, thermal expansion, or vibration.
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Diagram Example:
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Panels shown loosely inserted.
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Outward arrows indicate displacement.
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A red unlocked padlock labeled “Easily Loosened.”
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This type of connection is more susceptible to misalignment, rattling, or panel displacement under external force.
MecoFence Interlocking Structure
The MecoFence system employs a patented fastening mechanism that secures each panel through an interlocking connection. The panels are designed as rectangular hollow-core structures with integrated grooves that fit tightly into one another.
Key design characteristics:
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Hollow-core profile: Reduces material weight while retaining flexural strength.
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Interlocking grooves: Minimize gaps and prevent lateral panel displacement.
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Surface finish: Wood-like brown tones with contrasting black accents for architectural uniformity.
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Diagram Example:
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Panels shown tightly locked in place.
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Inward arrows indicating secure fastening.
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A green locked padlock labeled “Firmly Fasten.”
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The interlocking design between slat fence boards reduces the potential for loosening and ensures that the slats remain horizontally steady, limiting deflection and sagging over extended service periods.
Comparative Performance Features
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Connection Stability – Interlocking grooves provide a higher resistance to panel movement compared to friction-fit designs.
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Horizontal Alignment – The fastening system maintains a uniform line across the fence, reducing the risk of sagging.
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Service Life – By limiting displacement, wear on panel edges is reduced, extending functional longevity.
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Structural Reliability – Secure fastening lowers the probability of accidental dislodgement under wind or impact loads.
Conclusion
The use of a patented interlocking structure in MecoFence’s horizontal composite fence addresses the common issue of panel loosening observed in conventional slat systems. By combining a hollow-core profile with groove-based interlocking, the design achieves a more stable and reliable connection that maintains alignment and reduces long-term maintenance requirements.