Mechanical anchoring system for masonry veneer/metal stud construction. Single screw veneer anchor has a dual-diameter barrel with factory-installed EPDM washers. Available for use with insulation from 5/8" - 4" thick. A 2-Seal™ Byna-Lok Wire Tie fits into the projecting eyelet and can be adapted for seismic applications.

Mechanical anchoring system for masonry veneer/metal stud construction. Veneer anchor with double-pointed legs to penetrate rigid insulation and sheathing for direct contact with steel stud. Overlapping backplate with formed vertical slot for adjustable masonry wall ties. Available for use with insulation from 1/2" - 4" thick.

Mechanical anchoring system for masonry veneer/metal stud construction with optional seismic features. Veneer anchor with double-pointed legs to penetrate rigid insulation and sheathing for direct contact with steel stud. Overlapping backplate with formed vertical slot for adjustable masonry wall ties. Available for use with insulation from 1/2" - 4"thick.

Mechanical anchoring system for masonry veneer/metal stud construction with optional seismic features. Veneer anchor with double-pointed legs to penetrate rigid insulation and sheathing for direct contact with steel stud. Overlapping backplate with formed vertical slot for Byna-Lok® adjustable masonry tie. Available for use with insulation from 1/2" - 4" thick.

Sealing tape used behind X-Seal® Anchor for additional protection against air and moisture infiltration. Adhesive-backed 3' x 50' long rolls, designed to be applied in continuous lengths. Can also be used as an insulation joint tape.

Mechanical anchoring system for masonry veneer/metal stud construction with optional seismic features. Primarily for use when there is no insulation and little potential for wallboard deterioration. Includes a formed vertical slot for Byna-Lok® adjustable masonry tie.

Mechanical anchoring system for masonry veneer/metal stud construction. Available for use behind insulation from 0" - 4" thick.

Mechanical anchoring system for masonry veneer/metal stud construction in a wide cavity condition. Also for use when the offset of engagement between pintle and anchor is greater than 1-1/4". Available for use behind insulation from 0" - 4" thick.

Mechanical anchoring system for masonry veneer/metal stud construction. Veneer anchor with three pronged punchouts that project from the back. The prongs transfer the loads back to the stud. Available for use behind insulation from 0" - 4" thick.

Mechanical anchoring system for masonry veneer/CMU construction. Gripstay channel is made to order with welded legs to accommodate any thickness insulation/wallboard. Provides 5-1/2" vertical adjustability.

Weep with a honeycomb design to restrict ingress of insects and other debris. Allows passage of moisture up to its 2-1/2" height. Also suitable for top of wall venting.

Masonry wall reinforcement for rubble stone walls with masonry backup. System allows mason to place anchors where they are needed.

Masonry wall reinforcement for rubble stone walls with masonry backup. For filled cavity conditions. Allows rubble stone to be tied easily to the backup when horizontal mortar joints do not align.

Masonry wall reinforcement for rubble stone walls with masonry backup. For use in cavity or insulated walls. The configuration of the flexible masonry ties prevents in-and-out movement of tie, while allowing maximum vertical adjustability. Also available in Ladder style: Tie HVR-295V.

Masonry wall reinforcement for rubble stone walls with masonry backup. Ideal for use on concrete backup, or when the masonry backup is already in place and new veneer is being installed. The L-shaped plates are made to order for any thickness of insulation.

Masonry wall reinforcement for cavity or insulated walls. Adjustable truss eye-wire allows vertical adjustability while restraining transverse movement of the two wythes. Also allows construction of interior wythe in advance of exterior wythe.

Masonry wall reinforcement for cavity or insulated walls with optional seismic features. Adjustable truss eye-wire allows vertical adjustability while restraining transverse movement of the two wythes. Also allows construction of interior wythe in advance of exterior wythe.

Masonry wall reinforcement for cavity or insulated walls. Adjustable truss wire allows in-plane vertical and horizontal movement of masonry wythes while restraining tension and compression. Provides 100% protection against separation of wire tie from reinforcement.

Masonry wall reinforcement for cavity or insulated walls with optional seismic features. Adjustable truss wire allows in-plane vertical and horizontal movement of masonry wythes while restraining tension and compression. Provides 100% protection against separation of wire tie from reinforcement.

Masonry wall reinforcement for cavity or insulated walls. Adjustable ladder eye-wire allows vertical adjustability while restraining transverse movement of the two wythes. Also allows construction of interior wythe in advance of exterior wythe.

Masonry wall reinforcement for cavity or insulated walls with optional seismic features. Adjustable ladder eye-wire allows vertical adjustability while restraining transverse movement of the two wythes. Also allows construction of interior wythe in advance of exterior wythe.

Masonry wall reinforcement for cavity or insulated walls. Adjustable ladder wire allows in-plane vertical and horizontal movement of masonry wythes while restraining tension and compression. Provides 100% protection against separation of wire tie from reinforcement.

Masonry wall reinforcement for cavity or insulated walls with optional seismic features. Adjustable ladder wire allows in-plane vertical and horizontal movement of masonry wythes while restraining tension and compression. Provides 100% protection against separation of wire tie from reinforcement.

Masonry wall reinforcement for extra-wide cavities or when mortar joints are not in close alignment. Adjustable truss eye-wire allows vertical adjustability while restraining transverse movement of the two wythes. Large diameter pintles are factory-flattened and serrated to allow for a standard 3/8" joint thickness.

Masonry wall reinforcement for extra-wide cavities or when mortar joints are not in close alignment. Adjustable ladder eye-wire allows vertical adjustability while restraining transverse movement of the two wythes. Large diameter pintles are factory-flattened and serrated to allow for a standard 3/8" joint thickness.

Flexible, self-adhesive flashing formulated with Elvaloy® Kee*. For use in both thru-wall and surface-mount applications. Not susceptible to UV degradation and compatible with most silicone and urethane sealants. Elvaloy is a registered trademark of the DuPont Company.

Flexible, self-adhesive polyethylene flashing manufactured from 45% recycled material. For use in both thru-wall and surface-mount applications. UV resistant for up to 90 days.

Flexible, self-adhesive polyethylene flashing. Proprietary clear adhesive will not drool when exposed to UV or heat. For use in both thru-wall and surface-mount applications. UV resistant for up to 90 days.

Self-adhesive copper fabric flashing. A polymer coating is bonded to a 3, 5 or 7 oz. copper sheet with a fiberglass scrim embedded between them. For use in both thru-wall and surface-mount applications.

Soldered, 26 ga. stainless steel. For use with Flex-Flash®, Textroflash™ and Textroflash™ Green. Place underneath flashing for protection against moisture penetration at corners and end dams.

Soldered, 10 oz. copper. For use with C-Fab® Flashings, Copper-Tuff™, Copper-Tuff™ SA and Copper-Flex™. Place underneath flashing for protection against moisture penetration at corners and end dams.

For use with all Hohmann & Barnard flashings on surface-mounted applications. 1/8" thick x 1" wide Type 304 Stainless Steel with 1/4" holes spaced 8" on center. Also available in plastic or aluminum.

For use with all Hohmann & Barnard flashings on surface-mounted applications. Fabricated with a 3/8" flange on top for easy caulking. 26 ga x 1-1/2" wide Type 304 Stainless Steel with 1/4" holes spaced 8" on center.

60-mil thick flexible drip plate formulated with Elvaloy® Kee*. 3""wide with a 3/8" drip. Available in various colors to match mortar and/or brick. Not susceptible to UV degradation. Elvaloy is a registered trademark of the DuPont Company.

An ABAA evaluated air & vapor barrier that is both VOC-free and HAPs-free. Suitable for application to concrete, CMU, cast-in-place concrete, gypsum sheathing and wood. A single component system that can be applied by brush, squeegee or spray equipment. UV resistant for up to 120 days.

A vapor permeable air barrier that is both VOC-free and HAPs-free. Suitable for application to concrete, CMU, cast-in-place concrete, gypsum sheathing and wood. A single component system that can be applied by brush, squeegee or spray equipment. UV resistant for up to 120 days.

Flexible, self-adhesive membrane used to form a transition from one plane to another when using Textroflash™ Liquid. To be placed over Textroflash™ Liquid where substrates meet, or at beams, columns and similar joints to provide continuity.

The self-tapping tie cuts a threaded groove into the masonry as it is driven into position to provide a solid connection between wythes with no applied torque, and without the use of toxic adhesives, mechanical expanders or rigid connections. Available in 6.0 mm, 8.0 mm and 10.0 mm diameters in lengths to suit wall conditions. Type 304 Stainless Steel.

Available in 500, 510, 520 and 530 Series, the systems provides two independently activated expanders that do not create tension between wythes - effectively stiffening the veneer and minimizing crack potential.  All anchors are installed at "T" joint or bed joint locations, concealed with a mortar patch or sealant, and have no exposed hardware. Components are manufactured from Type 300 series Stainless Steel and ASTM Type 300 brass.

Mechanically activated method of re-anchoring existing stone panel veneers to concrete, solid and/or hollow masonry, and steel substrates. The process eliminates the need to remove existing stone by providing a corrosion resistant tie assembly. Components are manufactured from Type 300 series Stainless Steel and ASTM Type 360 brass.