| Customization: | Available |
|---|---|
| Applications: | Door and Window Sealing |
| OEM: | Support |
|
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MOQ: 1 pallet (60 cartons)
Sikaflex®-265 is a 1-component elastic adhesive for bonding and joint sealing in commercial-vehicle glazing applications. Its excellent weathering resistance makes it very suitable for use in exterior joints.
Sikaflex®-265 is compatible with Sika's blackprimerless bonding process. Sikaflex®-265 can be accelerated with Sika's Booster system.
WEATHERING-RESISTANT DIRECT-GLAZING ADHESIVE AND SEALANT WITH ACCELERATION OPTION
TYPICAL PRODUCT DATA (FURTHER VALUES SEE SAFETY DATA SHEET)
| Chemical base | 1-component polyurethane |
| Color (CQP001-1) | Black |
| Cure mechanism | Moisture-curing |
| Density (uncured) | 1.3 kg/l |
| Application temperature | 10 ─ 35 °C |
| Skin time (CQP019-1) | 45 minutes |
| Shore A hardness (CQP023-1 / ISO 7619-1) | 45 |
| Tensile strength (CQP036-1 / ISO 527) | 6 MPa |
| Elongation at break (CQP036-1 / ISO 37) | 450 % |
| Service Temperature CQP509-1 / CQP513-1) | -40 ─ 90 °C |
DESCRIPTION
Sikaflex®-265 is a 1-component elastic adhesive for bonding and joint sealing in commercial-vehicle glazing applications. Its excellent weathering resistance makes it very suitable for use in exterior joints.
Sikaflex®-265 is compatible with Sika's blackprimerless bonding process. Sikaflex®-265 can be accelerated with Sika's Booster system.
PRODUCT BENEFITS
▪ Suitable for bonding and sealing
▪ Passes EN45545-2 R1/R7 HL3
▪ Good weathering resistance
▪ Solvent-free
▪ Low odor
Excellent processing and tooling characteristics
AREAS OF APPLICATION
Sikaflex®-265 is designed for direct glazing applications in both the OEM and repair markets. Owing to its good tooling properties and enhanced weathering stabilization, the product may be used for exterior joints.
Seek manufacturer's advice and perform tests on original substrates before using Sikaflex®-265 on materials prone to stress cracking.
Sikaflex®-265 is suitable for experienced professional users only. Test with actual substrates and conditions have to be performed to ensure adhesion and material compatibility.
CURE MECHANISM
Sikaflex®-265 cures by reaction with atmospheric moisture. At low temperatures the water content of the air is generally lower and the curing reaction proceeds somewhat slower.
CHEMICAL RESISTANCE
Sikaflex®-265 is generally resistant to fresh water, seawater, diluted acids and diluted caustic solutions; temporarily resistant to fuels, mineral oils, vegetable and animal fats and oils; not resistant to organic acids, glycolic alcohol, concentrated miner
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