Active TDS documents
Peel, shear, VOC, and temperature windows for VHB, sprays, and sealants.
Technical documentation hub
Specification sheets, installation guides, CAD drawings, and engineering notes organized for architects, facade engineers, and mechanical contractors detailing tapes, adhesives, and fire barrier sealants.
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Peel, shear, VOC, and temperature windows for VHB, sprays, and sealants.
Surface prep, roller pressure, and cure sequences for envelope crews.
Typical stiffener, weatherstrip, and penetration joint drawings.
Wind-load mapping, fire pairing, and moisture vapor considerations.
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Comparative peel/shear tables versus liquid panel bonding adhesives for ACM stiffeners.
Open time, bead size, and clamp recommendations for metal panel stitch joints.
Rated joint sketches, packing notes, and inspection checklists for penetrations.
Temperature windows and substrate prep steps for fenestration gasket bonding.
Documentation cadence
Architects pull comparative TDS pages to shortlist chemistries against wind load, VOC emissions, and thermal bridging targets written into the basis of design.
Contractors attach installation guides, fire resistance rating notes, and lot-trace statements for building inspector review before fabrication releases.
CAD details and coupon trial notes calibrate shop tooling, confirming dimensional stability and UV stability on coated aluminum before full panel runs.
Engineering notes guide pull tests, moisture vapor transmission checks, and cure logs during envelope close-in when weather windows compress schedules.
Resource packets flag where structural tape reduces fastener count yet still needs a mechanical backup at high design pressures, and where fire barrier sealant sequences must finish before liner oils from adjacent tapes contaminate the joint. When projects chase LEED VOC limits and aggressive schedule compression at once, we publish open-time ranges rather than implying every spray adhesive works below 5°C. Prefabricated modules gain from factory-controlled bond lines, but on-site module seams still require sealants sized for differential movement—our CAD notes call that handoff out instead of assuming one chemistry spans both conditions. Service life expectancy claims stay tied to published peel retention after thermal cycling; we do not extrapolate marketing durability beyond the test method on the TDS.
Typical data tables include peel (N/100 mm), dynamic shear (kPa), service temperature (°C), VOC contribution, water absorption rate of foam cores where relevant, and air permeability notes for weatherstrip systems. Request the RP32 comparison sheet when you need side-by-side values against liquid panel bonding adhesives for ACM stiffeners.
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