Page 41 - Corkjoint E-Catalogue
P. 41

PROFILE WIDTH SELECTION

       The width of waterstop depends upon the thickness of the concrete and positioning of the reinforcement. The
       thickness of the concrete should be greater than or equal to the width of the waterstop profile. Refer to your
       Design Engineer for further clarification and approval.



               PROFILE DRAWINGS


                  FOR EXPANSION JOINTS                                  FOR CONSTRUCTION JOINTS



                             16.00
                 19.00               30.00                              19.00

                          9.50                                                        9.50
                                150.00                                                150.00
                               150CB                                                150PD

                             19.00    36.00
           25.00                                                  25.00
                         9.50
                                                                                      9.50
                                230.00
                                                                                      230.00
                               230CB                                                230PD
                            32.00     50.00
       25.00
                                                            25.00
                     9.50                                                             9.50

                                305.00                                                305.00
                               305CB                                                305PD

                              18.00                     15.00
       25.00                        40.00                    25.00                                            15.00
 PROPERTIES  TEST METHOD  RESULT  9.50                    4.00                        9.50                      4.00
 Tensile Strength (MPa)               BS ISO 37 : 2011      15.4  500.00              500.00
 Elongation at Break (%)               BS ISO 37 : 2011      540  500CB             500PD
 Immersion in Distilled Water [48 hours / 70°C],
    Change in Volume (%)            BS ISO 1817 : 2015      2  Note :      Full drawing dimension profiles are available upon request
 Density (g/cm )  BS ISO 2781 : 2008  1.18
 Hardness (IRHD)  BS ISO 48 : 2010  61
 Compression Set [24 hours / 70°C] (%)         BS ISO 815-1 : 2014      24  SITE JOINING


 Properties after accelerated ageing in air oven, 7 days at 70°C  HOT  VULCANISING JOINING PROCEDURES
 Change in Tensile Strength (%)            BS ISO 188 : 2011      -5
 Change in Elongation at Break (%)           BS ISO 188 : 2011      -10  1.  Pre-heat the hot vulcaniser unit for approximately 30 - 45 minutes prior to placement of the Sure-Stop
                                                                                                                  ®
 Change in Hardness (IRHD)  BS ISO 188 : 2011  2  Rubber Waterstop joins into it. The hot vulcaniser must be set at a temperature between 140 - 150°C to
          successfully cure the rubber compounded joint.
       2.  Cut each end of the Sure-Stop  Rubber Waterstop that are to be joined, square and straight.
                                        ®
       3.  Wire brush up to 2” wide all around the Sure-Stop  Rubber Waterstop and on the ends to roughen the
                                                             ®
          surface.
       4.  Clean the Sure-Stop  Rubber Waterstop surface with solvent cleaner using a paint brush.  Apply liberally
                               ®
          up to 2” around the Sure-Stop  Rubber Waterstop and on the ends.  Allow drying before the next step.
                                        ®
       5.  Liberally apply 1 (one) coat of CORKJOINT Rubber Adhesive by brush up to 2” wide all around the waterstop
          and on the ends. Wait for adhesive to go tacky before the next step.



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