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The DF-1 woven wire mesh pattern is a classic Dutch style weave that uses bright embossing technology applied to traditional flat top cross wires producing a beautifully faceted cladding product. Because the facets only deviate slightly from the plane of the fabric, very interesting reflective patterns develop at a near-perpendicular viewing perspective. This is an asymmetric fabric. The DF-1 mesh pattern is an opaque weave that is typically affixed to a rigid backer panel for vertical and horizontal surfacing. The DF-1’s unique strength and beauty makes this mesh a good choice for elevators, lobbies, airports, and retail environments.
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The gentle, flat wire undulations combined with straight wire produces a robust, symmetric, opaque fabric with soothing qualities. Ideal as cladding for all types of vertical and horizontal surfaces, it defines and protects with style. Mixing the wire alloys creates a subtle mixture of metallic tones. This wire mesh pattern is asymmetric both front and back.
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Strong flat top crimp design suitable for all applications. The F-48 Mesh: Diameter ratio along with the typical Flat Top weave characteristics, creates a mesh with a heavy surface mass. Flat top weaves can be scaled and customised to suit many different functions. From fine spacings and diameters to coarse and heavy diameters. Rectangular patterns are easy to create as well to achieve a desired aspect ratio.
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Strong flat top crimp design suitable for all applications. The F-48 Mesh: Diameter ratio along with the typical Flat Top weave characteristics, creates a mesh with a heavy surface mass. Flat top weaves can be scaled and customised to suit many different functions. From fine spacings and diameters to coarse and heavy diameters. Rectangular patterns are easy to create as well to achieve a desired aspect ratio.
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The FPZ-16 architectural wire mesh pattern is a large scale mesh that is suitable for all types of architectural applications. From railing infill panels to large span parkade panels, the FPZ-16 is strong and adaptable to many different design budgets.
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Flat top warp, and plain crimp fill creates this large scale mesh that is suitable for all types of architectural applications. From railing infill panels to large span parkade panels, the FPZ-16 is strong and adaptable to many different design budgets.
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The I-188 is one of the more basic wire mesh constructions, the simple intercrimp weave is very versatile and can be woven from a huge variety of alloys. The wires are in constant motion to create a zigzag appearance.
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The contemporary look of high-definition Lock Crimp, together with traditional square mesh design. The L-62 readily interfaces with all types of structures, economical and classic. Lock Crimp weaves are highly scale-able in either square or rectangular, fine scale to large. Call us so that we may explain your design options.
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The L-81 woven wire mesh pattern is an economical, robust multi-purpose weave that can be manufactured from a wide range of alloys. Banker Wire’s large selection of Lockcrimp tooling makes it possible to offer hundreds of square or rectangular lockcrimp spacing and diameter combinations. You have plenty of options. Please call to discuss.
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The Banker Wire L-196 is a Lock crimp woven wire mesh specification. This square weave can be woven in a variety of alloys including: Stainless Steel, Plain Steel, Weathering Steel, Pre-Galvanized Steel, Galfan, Brass, Bronze, Copper, Aluminum, Stainless Steel/Brass, Stainless Steel/Bronze, Stainless Steel/Copper.
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L-441 is a small scale Lock crimp wire mesh pattern that can be woven in a wide range of alloys available. This lighter scale pattern is great for interior spaces or for applications looking for a delicate look. As with all of our Woven Mesh products, the scale of the mesh can be adjusted to suit the look and function required. Please call for more information.
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Based on the Golden Ratio, Banker has created this simple, high definition rectangular lock crimp pattern to form a Golden Rectangle. The LZ-55 woven wire mesh specification is a perfect balance of spacing and diameter for its use in many architectural applications where strength and high percent open area is of importance.












