Stainless Steel Pozidriv Bugle Head With Ribs Wood Screw
Type: Pozidriv Bugle Head Wood Screw
Material: Stainless Steel
Head Type: Bugle Head
Size: M3-M5
Groove Type: Pozidriv
Thread Type: Tapping
Brand: Hand
Country of Origin: China
  • Stainless Steel Pozidriv Bugle Head With Ribs Wood Screw

    Introduction

    This is a stainless steel bugle head with ribs pozidriv wood screw. Nearly all woodworking projects require some form of mechanical reinforcement, and for the structural joinery, this usually means wood screws, often in combination with wood glue. Screws are the primary method for connecting wood to wood, and when done correctly in combination with glue, screwed joints can be nearly indestructible. Screws are also the primary means for attaching metal accessories, such as hinges, locks, and other hardware.


    Advantages and Services

    Various hardware types and materials for selection.

    Customized special hardware and sizes are welcomed.

    Technical service and consultation are supported.

    Advanced production equipment and production technology

    Competitive price (factory direct price) with professional service.

    Strict quality inspection for both materials and finished products.

    Focus on every details throughout service, production, packing and shipment.

    Extensive sales network with exporting to more than 30 countries.


    Parameters 

    MaterialStainless Steel
    SizeM3-M5
    Head typeBugle Head
    GroovePozidriv
    OEMAvailable


    Application

    Wood screws are handy for quickly building jigs and clamping forms, joining cabinet and furniture parts, mounting hardware and trim, and much more. Screws form strong connections between parts made from solid wood, plywood and other sheet goods without the need for cut joinery.


    Features

    All wood screws have sharp, aggressive threads and a wedge-shaped shank designed cut and bore into wood, but within this overall definition there are many differences in types and styles. Wood screws can be categorized in several ways: by drive type (the means by which the head of the screw is forced into the wood), by head shape, by gauge (thickness of the screw shank), by length, and by the type of metal used in the screw.

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