Backer material of the appropriate size shall comply with ASTM D5249, Type 3.
1005.01.5 Closed Cell Polyethylene Joint Filler: Comply with
ASTM D7174, Type I. This material shall be used with an adhesive - lubricant. Joint fillers and adhesive -lubricants shall be from the Approved Materials List .
1005.01.6 Rubber: Comply with AASHTO M 153, Type IV.
1005.02 POURED AND EXTRUDED JOINT SEALANT. Provide all
materials in containers labeled with the name and address of the manufacturer, the trade name of the sealant, classification of the sealant (i.e., non -sag or self -leveling), batch number, manufacture date, and expiration date.
1005.02.1 Hot Poured Rubberiz ed Asphalt Type: Comply with
ASTM D6690, Type II. The sealant shall be from the Approved Materials List. Backer materials of the appropriate size shall comply with ASTM D5249, Type I.
1005.02.2 Polyurethane Sealants: The system shall be either a
1- or 2-component, pourable or extrudable sealant, with required primers and backer material. It shall cure to a solid rubber -like material able to withstand both tension and compression. Sealant shall comply with the requirements of Table 1005 -1. The system sha ll be from the Approved Materials List. A backer material of the appropriate size shall comply with ASTM D5249, Type 2 without the heat resistant requirement or Type 3. Table 1005 -1 Polyurethane Sealants Property Test Method Requirement Flow @ 60°C, 5 hr., mm, Max ASTM D5329 3.0 Tack -Free Time, h, Max ASTM C679 72 Bond, Defects, mm, Max ASTM D5893 6.0 Resilience, %, Min. ASTM D5329 75 Backer material of the appropriate size shall comply with ASTM D5249, Type 3.
1005.01.5 Closed Cell Polyethylene Joint Filler: Comply with
ASTM D7174, Type I. This material shall be used with an adhesive - lubricant. Joint fillers and adhesive -lubricants shall be from the Approved Materials List .
1005.01.6 Rubber: Comply with AASHTO M 153, Type IV.
1005.02 POURED AND EXTRUDED JOINT SEALANT. Provide all
materials in containers labeled with the name and address of the manufacturer, the trade name of the sealant, classification of the sealant (i.e., non -sag or self -leveling), batch number, manufacture date, and expiration date.
1005.02.1 Hot Poured Rubberiz ed Asphalt Type: Comply with
ASTM D6690, Type II. The sealant shall be from the Approved Materials List. Backer materials of the appropriate size shall comply with ASTM D5249, Type I.
1005.02.2 Polyurethane Sealants: The system shall be either a
1- or 2-component, pourable or extrudable sealant, with required primers and backer material. It shall cure to a solid rubber -like material able to withstand both tension and compression. Sealant shall comply with the requirements of Table 1005 -1. The system sha ll be from the Approved Materials List. A backer material of the appropriate size shall comply with ASTM D5249, Type 2 without the heat resistant requirement or Type 3. Table 1005 -1 Polyurethane Sealants Property Test Method Requirement Flow @ 60°C, 5 hr., mm, Max ASTM D5329 3.0 Tack -Free Time, h, Max ASTM C679 72 Bond, Defects, mm, Max ASTM D5893 6.0 Resilience, %, Min. ASTM D5329 75 Backer material of the appropriate size shall comply with ASTM D5249, Type 3.
1005.01.5 Closed Cell Polyethylene Joint Filler: Comply with
ASTM D7174, Type I. This material shall be used with an adhesive - lubricant. Joint fillers and adhesive -lubricants shall be from the Approved Materials List .
1005.01.6 Rubber: Comply with AASHTO M 153, Type IV.
1005.02 POURED AND EXTRUDED JOINT SEALANT. Provide all
materials in containers labeled with the name and address of the manufacturer, the trade name of the sealant, classification of the sealant (i.e., non -sag or self -leveling), batch number, manufacture date, and expiration date.
1005.02.1 Hot Poured Rubberiz ed Asphalt Type: Comply with
ASTM D6690, Type II. The sealant shall be from the Approved Materials List. Backer materials of the appropriate size shall comply with ASTM D5249, Type I.
1005.02.2 Polyurethane Sealants: The system shall be either a
1- or 2-component, pourable or extrudable sealant, with required primers and backer material. It shall cure to a solid rubber -like material able to withstand both tension and compression. Sealant shall comply with the requirements of Table 1005 -1. The system sha ll be from the Approved Materials List. A backer material of the appropriate size shall comply with ASTM D5249, Type 2 without the heat resistant requirement or Type 3. Table 1005 -1 Polyurethane Sealants Property Test Method Requirement Flow @ 60°C, 5 hr., mm, Max ASTM D5329 3.0 Tack -Free Time, h, Max ASTM C679 72 Bond, Defects, mm, Max ASTM D5893 6.0 Resilience, %, Min. ASTM D5329 75 Backer material of the appropriate size shall comply with ASTM D5249, Type 3.
1005.01.5 Closed Cell Polyethylene Joint Filler: Comply with
ASTM D7174, Type I. This material shall be used with an adhesive - lubricant. Joint fillers and adhesive -lubricants shall be from the Approved Materials List .
1005.01.6 Rubber: Comply with AASHTO M 153, Type IV.
1005.02 POURED AND EXTRUDED JOINT SEALANT. Provide all
materials in containers labeled with the name and address of the manufacturer, the trade name of the sealant, classification of the sealant (i.e., non -sag or self -leveling), batch number, manufacture date, and expiration date.
1005.02.1 Hot Poured Rubberiz ed Asphalt Type: Comply with
ASTM D6690, Type II. The sealant shall be from the Approved Materials List. Backer materials of the appropriate size shall comply with ASTM D5249, Type I.
1005.02.2 Polyurethane Sealants: The system shall be either a
1- or 2-component, pourable or extrudable sealant, with required primers and backer material. It shall cure to a solid rubber -like material able to withstand both tension and compression. Sealant shall comply with the requirements of Table 1005 -1. The system sha ll be from the Approved Materials List. A backer material of the appropriate size shall comply with ASTM D5249, Type 2 without the heat resistant requirement or Type 3. Table 1005 -1 Polyurethane Sealants Property Test Method Requirement Flow @ 60°C, 5 hr., mm, Max ASTM D5329 3.0 Tack -Free Time, h, Max ASTM C679 72 Bond, Defects, mm, Max ASTM D5893 6.0 Resilience, %, Min. ASTM D5329 75 Backer material of the appropriate size shall comply with ASTM D5249, Type 3.
1005.01.5 Closed Cell Polyethylene Joint Filler: Comply with
ASTM D7174, Type I. This material shall be used with an adhesive - lubricant. Joint fillers and adhesive -lubricants shall be from the Approved Materials List .
1005.01.6 Rubber: Comply with AASHTO M 153, Type IV.
1005.02 POURED AND EXTRUDED JOINT SEALANT. Provide all
materials in containers labeled with the name and address of the manufacturer, the trade name of the sealant, classification of the sealant (i.e., non -sag or self -leveling), batch number, manufacture date, and expiration date.
1005.02.1 Hot Poured Rubberiz ed Asphalt Type: Comply with
ASTM D6690, Type II. The sealant shall be from the Approved Materials List. Backer materials of the appropriate size shall comply with ASTM D5249, Type I.
1005.02.2 Polyurethane Sealants: The system shall be either a
1- or 2-component, pourable or extrudable sealant, with required primers and backer material. It shall cure to a solid rubber -like material able to withstand both tension and compression. Sealant shall comply with the requirements of Table 1005 -1. The system sha ll be from the Approved Materials List. A backer material of the appropriate size shall comply with ASTM D5249, Type 2 without the heat resistant requirement or Type 3. Table 1005 -1 Polyurethane Sealants Property Test Method Requirement Flow @ 60°C, 5 hr., mm, Max ASTM D5329 3.0 Tack -Free Time, h, Max ASTM C679 72 Bond, Defects, mm, Max ASTM D5893 6.0 Resilience, %, Min. ASTM D5329 75 Ball Penetration ASTM D5329 5 – 20 Resilience (after heat aging @ 70 +/ - 1°C for 24 +/ - 2h), %, Min. ASTM D5329 75 Artificial Weathering ASTM D5893 Pass Ozone Resistance (Exposure to 100 pphm ozone for 100 h @ 40°C, sample under 20% strain or bent loop) ASTM D1149 No Cracks Weight (mass) Loss, %, Max. ASTM C792 10 Infrared Charts DOTD TR610 Activator Pass Base Pass 1All specimens shall be cured at standard laboratory conditions for a minimum of 72 hours prior to beginning any test.
1005.02.3 Silicone Sealant (Single Component): Comply with
ASTM D5893. The system shall be from the Approved Materials List.
1005.02.4 Silicone Sealant (Two Component - Rapid Cure):
Comply with ASTM D5893 and meet the requirements for single component sealants when mixed and prepared in accordance with the manufacturer's recommendations. The system shall be from the Approved Material s List. A backer material of the appropriate size shall conform to ASTM D5249, Type 3.
1005.03 Preformed Elastomeri C Compression Joint
SEALS.
1005.03.1 Seals: The system shall be from the Approved Materials
List. The uncompressed depth of the seal shall be equal to or greater than the uncompressed width of the seal. The actual width of the seal shall not be less than the nominal width of the seal. The system shall comply with ASTM D2628, except that the ozone resistance may be determined by the bent loop test method . Ball Penetration ASTM D5329 5 – 20 Resilience (after heat aging @ 70 +/ - 1°C for 24 +/ - 2h), %, Min. ASTM D5329 75 Artificial Weathering ASTM D5893 Pass Ozone Resistance (Exposure to 100 pphm ozone for 100 h @ 40°C, sample under 20% strain or bent loop) ASTM D1149 No Cracks Weight (mass) Loss, %, Max. ASTM C792 10 Infrared Charts DOTD TR610 Activator Pass Base Pass 1All specimens shall be cured at standard laboratory conditions for a minimum of 72 hours prior to beginning any test.
1005.02.3 Silicone Sealant (Single Component): Comply with
ASTM D5893. The system shall be from the Approved Materials List.
1005.02.4 Silicone Sealant (Two Component - Rapid Cure):
Comply with ASTM D5893 and meet the requirements for single component sealants when mixed and prepared in accordance with the manufacturer's recommendations. The system shall be from the Approved Material s List. A backer material of the appropriate size shall conform to ASTM D5249, Type 3.
1005.03 Preformed Elastomeri C Compression Joint
SEALS.
1005.03.1 Seals: The system shall be from the Approved Materials
List. The uncompressed depth of the seal shall be equal to or greater than the uncompressed width of the seal. The actual width of the seal shall not be less than the nominal width of the seal. The system shall comply with ASTM D2628, except that the ozone resistance may be determined by the bent loop test method . Ball Penetration ASTM D5329 5 – 20 Resilience (after heat aging @ 70 +/ - 1°C for 24 +/ - 2h), %, Min. ASTM D5329 75 Artificial Weathering ASTM D5893 Pass Ozone Resistance (Exposure to 100 pphm ozone for 100 h @ 40°C, sample under 20% strain or bent loop) ASTM D1149 No Cracks Weight (mass) Loss, %, Max. ASTM C792 10 Infrared Charts DOTD TR610 Activator Pass Base Pass 1All specimens shall be cured at standard laboratory conditions for a minimum of 72 hours prior to beginning any test.
1005.02.3 Silicone Sealant (Single Component): Comply with
ASTM D5893. The system shall be from the Approved Materials List.
1005.02.4 Silicone Sealant (Two Component - Rapid Cure):
Comply with ASTM D5893 and meet the requirements for single component sealants when mixed and prepared in accordance with the manufacturer's recommendations. The system shall be from the Approved Material s List. A backer material of the appropriate size shall conform to ASTM D5249, Type 3.
1005.03 Preformed Elastomeri C Compression Joint
SEALS.
1005.03.1 Seals: The system shall be from the Approved Materials
List. The uncompressed depth of the seal shall be equal to or greater than the uncompressed width of the seal. The actual width of the seal shall not be less than the nominal width of the seal. The system shall comply with ASTM D2628, except that the ozone resistance may be determined by the bent loop test method . Ball Penetration ASTM D5329 5 – 20 Resilience (after heat aging @ 70 +/ - 1°C for 24 +/ - 2h), %, Min. ASTM D5329 75 Artificial Weathering ASTM D5893 Pass Ozone Resistance (Exposure to 100 pphm ozone for 100 h @ 40°C, sample under 20% strain or bent loop) ASTM D1149 No Cracks Weight (mass) Loss, %, Max. ASTM C792 10 Infrared Charts DOTD TR610 Activator Pass Base Pass 1All specimens shall be cured at standard laboratory conditions for a minimum of 72 hours prior to beginning any test.
1005.02.3 Silicone Sealant (Single Component): Comply with
ASTM D5893. The system shall be from the Approved Materials List.
1005.02.4 Silicone Sealant (Two Component - Rapid Cure):
Comply with ASTM D5893 and meet the requirements for single component sealants when mixed and prepared in accordance with the manufacturer's recommendations. The system shall be from the Approved Material s List. A backer material of the appropriate size shall conform to ASTM D5249, Type 3.
1005.03 Preformed Elastomeri C Compression Joint
SEALS.
1005.03.1 Seals: The system shall be from the Approved Materials
List. The uncompressed depth of the seal shall be equal to or greater than the uncompressed width of the seal. The actual width of the seal shall not be less than the nominal width of the seal. The system shall comply with ASTM D2628, except that the ozone resistance may be determined by the bent loop test method . Ball Penetration ASTM D5329 5 – 20 Resilience (after heat aging @ 70 +/ - 1°C for 24 +/ - 2h), %, Min. ASTM D5329 75 Artificial Weathering ASTM D5893 Pass Ozone Resistance (Exposure to 100 pphm ozone for 100 h @ 40°C, sample under 20% strain or bent loop) ASTM D1149 No Cracks Weight (mass) Loss, %, Max. ASTM C792 10 Infrared Charts DOTD TR610 Activator Pass Base Pass 1All specimens shall be cured at standard laboratory conditions for a minimum of 72 hours prior to beginning any test.
1005.02.3 Silicone Sealant (Single Component): Comply with
ASTM D5893. The system shall be from the Approved Materials List.
1005.02.4 Silicone Sealant (Two Component - Rapid Cure):
Comply with ASTM D5893 and meet the requirements for single component sealants when mixed and prepared in accordance with the manufacturer's recommendations. The system shall be from the Approved Material s List. A backer material of the appropriate size shall conform to ASTM D5249, Type 3.
1005.03 Preformed Elastomeri C Compression Joint
SEALS.
1005.03.1 Seals: The system shall be from the Approved Materials
List. The uncompressed depth of the seal shall be equal to or greater than the uncompressed width of the seal. The actual width of the seal shall not be less than the nominal width of the seal. The system shall comply with ASTM D2628, except that the ozone resistance may be determined by the bent loop test method .
1005.03.2 Adhesive -Lubricant: The adhesive -lubricant shall
comply with ASTM D4070 and shall be from the Approved Materials List.
1005.04 Combination Joint Fo Rmer/Sealer.
1005.04.1 Description: This joint former/sealer is intended for use
in simultaneously forming and sealing a weakened plane in portland cement concrete pavements. The material shall consist of an elastomeric strip permanently bonded either mechanically or chemically at the top of each of two rigid plastic side frames or mechanically bonded at the top of the two rigid plastic side frames and covered with a removable plastic top cap. The side frames shall be of such configuration that when the sealer is inserted into fresh concrete and vibrated, a permanent bond forms between side frames and concrete.
1005.04.2 Material Re quirements:
1005.04.2 1 Elastomer: The elastomer strip portion of the
material shall be manufactured from vulcanized elastomeric compound using polymerized chloroprene as the base polymer, and shall comply with the requirements of Table 1005 -2.
1005.03.2 Adhesive -Lubricant: The adhesive -lubricant shall
comply with ASTM D4070 and shall be from the Approved Materials List.
1005.04 Combination Joint Fo Rmer/Sealer.
1005.04.1 Description: This joint former/sealer is intended for use
in simultaneously forming and sealing a weakened plane in portland cement concrete pavements. The material shall consist of an elastomeric strip permanently bonded either mechanically or chemically at the top of each of two rigid plastic side frames or mechanically bonded at the top of the two rigid plastic side frames and covered with a removable plastic top cap. The side frames shall be of such configuration that when the sealer is inserted into fresh concrete and vibrated, a permanent bond forms between side frames and concrete.
1005.04.2 Material Re quirements:
1005.04.2 1 Elastomer: The elastomer strip portion of the
material shall be manufactured from vulcanized elastomeric compound using polymerized chloroprene as the base polymer, and shall comply with the requirements of Table 1005 -2.