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Product Advantage
Feature
1.Structural Load-Bearing Capacity
Engineered for demanding structural applications, providing exceptional strength for bonding heavy glass panels and architectural elements.
2.Advanced Climate Resilience
Withstands extreme weather conditions including prolonged UV exposure, temperature cycles, and moisture without compromising integrity.
3.Non-Corrosive Curing Technology
Utilizes a substrate-friendly neutral cure process that eliminates damage risks to sensitive materials like metals and glass coatings.
4.Certified Impact Resistance
Meets rigorous standards for hurricane-resistant building systems, ensuring reliable performance in safety-critical applications.
Technical Parameters
Test Items | Technical Indicators GB16776-2005 |
Test Results |
Remarks | |
Extrusion(ml/min)s | ≤10 | 3 | Qualified | |
Surface Dry Time/h | ≤3 | 2.0 | Qualified | |
Hardness | 20-60 | 34 | Qualified | |
Sag | Vertical Placement/mm | ≤3 | 0 | Qualified |
Horizontal Placement | Zero | Zero | Qualified | |
Heat&Aging | Thermal Weight Loss% | Zero | Zero | Qualified |
Resistance | crack | Zero | Zero | Qualified |
chalking | Zero | Zero | Qualified | |
tensile strength and elongation at normal condition | Tensile Strength at Ultimate Enlongation/Mpa |
≥0.6 |
1.38 |
Qualified |
Destruction area /% | ≤ 5 |
0 |
Qualified | |
Elongation at breake/% | ≥100 | 413 | Qualified | |
tensile strength and elongation @90℃ | Tensile Strength at Ultimate Enlongation/Mpa |
≥0.45 |
0.83 |
Qualified |
Destruction area /% | ≤5 | 0 | Qualified | |
tensile strength and elongation @-30℃ | Tensile Strength at Ultimate Enlongation/Mpa |
≥0.45 |
1.83 |
Qualified |
Destruction area /% |
≤5 |
0 |
Qualified | |
tensile strength and elongation after immersion | Tensile Strength at Ultimate Enlongation/Mpa |
≥0.45 |
1.34 |
Qualified |
Destruction area /% |
≤5 |
0 |
Qualified | |
tensile strength and elongation after exposure to UV | Tensile Strength at Ultimate Enlongation/Mpa |
≥0.45 |
1.23 |
Qualified |
Destruction area /% |
≤5 |
0 |
Qualified | |
tensile strength@23 ℃ | Tensile Strength at enlongation of %10(Mpa) |
/ |
0.19 |
Qualified |
Tensile Strength at enlongation of%20(Mpa) |
/ |
0.30 |
Qualified | |
Tensile Strength at enlongation of %40(Mpa) |
/ |
0.43 | Qualified |
Product Uses
Application：
Structural Silicone Glazing Systems
Bonding structural glass panels in unitized curtain walls without mechanical supports.
Pressure Equalized Rainscreen Assembly
Sealing and bonding aluminum composite panels in ventilated facade systems.
Hurricane-Resistant Fenestration
Installing impact-resistant windows and doors in storm-prone regions.
Structural Glass Fin Attachments
Bonding glass fins and suspended glass assemblies in all-glass constructions.
Product Operate Guide
Step 1: Make sure compatibility and adhesion between sealants and adhesive material before using.
Step 2: The sealant displays excellent adhesive effect in the clean environment with temperature of 4℃-40℃and Relative Humidity(RH)of40%-80%.
Step 3:Surface cleaning for bond substrates, clean up the dirt, grease and other contaminants, then affixedtemporary protective tape.
Step 4: According to the size you want, cut out sealant mouth.
Diameter of Gun nozzle should be smaller than the thickness ofthe sealant injection place, it makesnozzle can stretch into the 1/2 depth of the sealant injection place. Start to inject sealant whensubstrate surface is completely dry, Extrusion and injection of sealant shall be continuous ,whichmakes sure the extrusion of sealant is continuous and uniform cylinder, the move the gun slowly anduniformly, make sure the substrate interface is full of silicone sealant. Quick move is not allowed forthe gun, it will cases bubbles or holes.
Step 5: Decoration should be carried out when the injection is finished, and remove temporary protective tape.
1.Surface Cleaning
2.Affixed Tape
3.Sealant Mouth Cutting
4.Injection
5.Surface Fixing
6.Tape Remove
7.Finish
FAQ
