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Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket
Edge Up Cladding Bracket

Edge Up Cladding Bracket

The stainless steel dry-hanging upper bracket is a support component specially designed for dry-hanging installation. Its performance and durability make it the preferred accessory in modern architectural decoration. The bracket is made of high-quality stainless steel material, which has extremely high corrosion resistance and strength and can maintain its stability and reliability for a long time in various harsh environments. Its unique design makes installation easy and fast, and can effectively disperse and bear the weight of the wall, ensuring the safety and stability of the dry-hanging installation.
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  • Sub-construction component
    Edge Up Cladding Bracket
    Adjustable support system for terracotta facade mounting
    Series: EB-A / EB-SS
    Compatibility: AOZ clip systems T-25, T-35, T-45

    Product overview

    Edge Up Cladding Bracket is a load-bearing component within ventilated facade sub-construction systems. It connects vertical holding tracks to the building substrate while providing three-dimensional adjustability for surface irregularity compensation. Manufactured from aluminum (EB-A) or stainless steel (EB-SS), the bracket accommodates thermal expansion through slotted hole geometry. Two functional variants are available: fixed point brackets carrying both horizontal and vertical loads, and sliding point brackets restricting movement to horizontal axis only. Standard projection ranges from 60 mm to 480 mm, adjustable in 10 mm increments via telescopic or spacer configurations.

    60-480
    mm projection range
    10
    mm adjustment steps
    2.5
    kN allowable load

    Technical specifications

    Material options
    Aluminum EN AW-6060 T6 / Stainless steel AISI 304 or 316L
    Surface treatment
    Anodized (aluminum) / Passivated (stainless steel)
    Load capacity (characteristic)
    2.5 kN compression / 2.0 kN tension (safety factor 3.0 applied)
    Thermal break option
    PA6.6 insert available for aluminum brackets (thermal conductivity reduction 85%)
    Fastener compatibility
    M8 or M10 anchor bolts; chemical anchors recommended for concrete substrates
    Corrosion class (EN ISO 12944)
    C4 (aluminum with anodizing) / C5 (stainless steel 316L)

    Functional variants

    Fixed point bracket
    Load direction: horizontal + vertical
    • Rigid connection to substrate
    • Defines thermal expansion reference point
    • Recommended every 8-10 m along facade
    • Integrated levelling screw ±5 mm
    Type: EB-F
    Sliding point bracket
    Load direction: horizontal only
    • Longitudinal slotted hole allows thermal movement
    • Vertical load transferred to adjacent fixed point
    • Movement capacity ±8 mm per bracket
    • Friction-reducing interface included
    Type: EB-S

    Installation sequence

    01
    Substrate preparation
    Identify anchor positions based on structural calculation. Maximum anchor spacing 800 mm horizontally, 1200 mm vertically. Use laser level for reference line transfer.
    02
    Bracket mounting
    Secure bracket to substrate using specified anchors. Achieve torque value 18-22 Nm for M8 fasteners. Compensate substrate irregularity using supplied shim plates.
    03
    Vertical track attachment
    Engage vertical holding track into bracket channel. Tighten locking screws to 15 Nm. For sliding points, maintain 2-3 mm clearance at slot ends for movement allowance.
    04
    Final alignment
    Use bracket levelling screw to achieve final plane within 2 mm per 2 m. Verify plumbness of vertical tracks before proceeding to clip installation.

    Load rating per bracket type

    Bracket type Material Projection range Allowable load Fz (kN) Allowable load Fx/Fy (kN)
    EB-F aluminum EN AW-6060 T6 60-300 mm 2.5 1.8
    EB-F stainless steel AISI 304 60-480 mm 3.2 2.4
    EB-S aluminum EN AW-6060 T6 60-300 mm 1.5 (sliding only) 1.2
    EB-S stainless steel AISI 316L 60-480 mm 2.0 (sliding only) 1.6

    Performance characteristics

    3D
    Adjustability axes
    Horizontal, vertical, and depth corrections without component replacement
    85%
    Thermal bridge reduction
    With optional PA6.6 thermal break insert
    100+
    Corrosion test cycles
    Salt spray test ISO 9227 (stainless steel variant)
    ±10
    mm out-of-plane adjustment
    Integrated levelling screw range

    System compatibility

    AOZ-T-25 clip Compatible with EB-F / EB-S
    AOZ-T-35 hold-down bar Compatible with EB-F / EB-S
    AOZ-T-45 horizontal bar clip Compatible with EB-F only
    Vertical holding track 40x40 Standard interface all variants

    Installation requirements

    Substrate conditions
    Concrete minimum strength C25/30. Masonry substrates require through-bolts with backing plates. Steel substructures: use serrated washers to prevent loosening under vibration.
    Thermal movement management
    Sliding point brackets must be installed at intervals not exceeding 800 mm along track length. Fixed point brackets positioned every 8-10 m of continuous facade.
    Corrosion protection
    Dissimilar metal contact between aluminum brackets and galvanized steel substrates requires nylon washer isolation. Stainless steel brackets compatible with most substrates without isolation.
    Quality inspection
    Post-installation torque verification required for 5% of fixed point brackets. Document projection lengths for as-built facade geometry.

    Common technical inquiries

    What is the maximum projection for aluminum vs stainless steel brackets?
    Aluminum EB-F and EB-S support projections up to 300 mm. Stainless steel variants extend to 480 mm. For projections exceeding 480 mm, custom engineering and bracket reinforcement are required.
    Can sliding and fixed point brackets be mixed on same track?
    Yes. The system design requires one fixed point per continuous track run (typically every 8-10 m) with all intermediate brackets as sliding points. This configuration accommodates thermal expansion while maintaining facade plane.
    What fastener type is recommended for concrete installation?
    Chemical anchors (injection mortars) provide highest reliability for facade applications. For C25/30 concrete, M8 x 80 mm anchors with 60 mm embedment depth achieve design loads. Mechanical expansion anchors acceptable for non-cracked concrete only.
    How to address substrate irregularities beyond bracket adjustment range?
    EB brackets provide ±5 mm via levelling screw. For deviations up to 30 mm, use supplementary shim plates stacked between bracket and substrate. Deviations beyond 30 mm require substrate preparation prior to bracket installation.

    Product Code Technical Details
    Projection Dead Load Wind Pressure Wind Suction Bolt Size Pin Diameter Anchor Length Anchor Thickness
    K (mm) Fdw (N) Fwp (N) Fws (N) E.b.(mm) ф (mm) L (mm) T (mm)
    A01-301 30 100 156 110 M8X80 4 36 2
    A01-351 35 41
    A01-401 40 46
    A01-451 45 51 2.5
    A01-501 50 56
    A01-551 55 61
    A01-302 30 200 312 219 M8X80 4 38 3
    A01-352 35 43
    A01-402 40 48
    A01-452 45 53
    A01-502 50 58 4
    A01-552 55 63
    A01-303 30 300 468 328 M8X80 5 38 3
    A01-353 35 43
    A01-403 40 48 4
    A01-453 45 53
    A01-503 50 58
    A01-553 55 63
    A01-304 30 400 624 437 M8X80 5 38 3
    A01-354 35 43 4
    A01-404 40 48
    A01-454 45 53
    A01-504 50 58
    A01-554 55 63

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Jiangsu Aozheng Metal Products Co., Ltd.

Jiangsu Aozheng Metal Products Co., Ltd.is a professional industry and trade integrated enterprise, with a modern production plant covering an area of 32,000 square meters. We specialize in the R&D, production and supply of a full range of high-quality construction hardware products. Our core product portfolio includes exterior wall cladding fixing system brackets, C channels, seismic support brackets, anchor bolts, cast-in channels, concrete embedded parts and photovoltaic bracket clamps, which cater to various customized construction and engineering installation requirements. Our products are manufactured from premium raw materials including stainless steel, aluminum alloy, carbon steel and low alloy steel. Equipped with advanced industrial production technologies, we adopt automated cutting, extrusion, stamping, welding, CNC machining and laser processing craftsmanship. Strict standardized production and precise processing procedures are implemented throughout production to ensure stable, reliable and high-standard product quality. Integrating raw material forming and mechanical processing, our factory operates as a large-scale, diversified and professional manufacturing base for construction hardware. Upholding strict quality standards and high-end global market positioning, we achieve an annual production capacity of 8,000 tons of diverse building materials. Our products are widely exported to dozens of countries and regions across the globe, covering the United States, Germany, Italy, Belgium, the United Kingdom, Japan, Australia, Canada, Russia, Central Asia and the Middle East. We have established long-term, stable and strategic cooperative relationships with large construction enterprises and renowned engineering teams worldwide. Supported by superior product quality and professional all-round services, we have become a core and trusted building material supplier for our global partners in China.

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