STRUCTURAL STANDING SEAM ROOF SYSTEM DETAILS SEMINAR


DEFINITION OF FLASHING
  a.  BRAKE-FORMED – SINGLE and MULTI-PIECE
  b.  ROLL-FORMED – SINGLE PIECE

EAVE FLASHING
  a.  FIXED EAVE
  b.  SLIDING EAVE CONCEPT for THERMAL DEGREE-OF-FREEDOM

EAVE CLOSURE (for TRAPEZOIDAL PANEL ONLY) 
  a.  STAMPED FORM-FITTING COMPONENT

EAVE SEALING TECHNIQUES with ATTENTION TO SEAL CONTINUITY
  a.  PRE-FORMED TAPES on SILICONE-TREAED RELEASE PAPER
  b.  FIELD CAULKED BEADS

THERMALLY-RESPONSIVE EAVE FLASHING DESIGN
  a.  COMPUTING AMOUNT OF THERMAL EXPANSION/CONTRACTION

RIDGE FLASHING
  a.  FIXED RIDGE
  b.  SLIDING RIDGE CONCEPT for THERMAL DEGREE-OF-FREEDOM

RIDGE CLOSURE
  a.  STAMPED FORM-FITTING
  b.  BRAKE FABRICATED 

RIDGE SEALING TECHNIQUES with ATTENTION TO SEAL CONTINUITY 
  a.  PRE-FORMED TAPES on SILICONE-TREATED RELEASE PAPER
  b.  FIELD CAULKED BEADS

THERMALLY-RESPONSIVE RIDGE FLASHING DESIGN
  a.  COMPUTING AMOUNT OF THERMAL EXPANSION/CONTRACTION

GABLE END FLASHING
  a.  USING “PIECE-MEAL” PANEL COMPONENTS
  b.  USING MULTIPLE BRAKE-FORMED COMPONENTS
  c.  FASTENING TECHNIQUES

THERMALLY-RESPONSIVE GABLE END FLASHING DESIGN

HIP FLASHING
  a.  DIHEDRAL PROFILE DESIGN
  b.  CLOSURE TECHNIQUES
  c.  FASTENING TECHNIQUES
 
VALLEY FLASHING
  a.  PROFILE DESIGN
  b.  CLOSURE TECHNIQUES
  c.  FASTENING TECHNIQUES

GUTTER DESIGN 
  a.  PARALLEL SIDEWALL GUTTERS
  b.  PITCHED SIDE GUTTERS
  c.  GUTTER HANGING TECHNIQUES
  d.  GUTTER AND DOWNSPOUT SIZING using AIA NOMOGRAPH PROCEDURE
   
PANEL LAPS IN MULTI-COURSE APPLICATIONS OF PRODUCT
  a.  NESTED ENDS
  b.  SWEDGED ENDS
  c.  SEALANT APPLICATION TECHNIQUES FOR CONTINUITY OF SEAL