Structural Silicone Sealant for Bonding and Protective Glazing Applications Building Silicone

• Customization: Available
• CAS No.: 63394-02-5
• Bonding Function: Liquid Sealing Leak
• Morphology: Glue
• Application: Construction
• Material: Silicone
• Classification: Room Curing
• Main Agent Composition: Rubber
• Characteristic: Waterproof
• Promoter Composition: Curing Agent
• Composition: Organic Material
• Color: White
• Transport Package: Carton Box
• Specification: 24pcs/ctn
• Trademark: GNS
• Origin: China
• HS Code: 35061000
• Production Capacity: 144000PCS/Day

Product Description

Structural silicone sealant for bonding and protective glazing applications building silicone

Structural silicone sealant for bonding and protective glazing applications building silicone is a one part neutral curing silicone sealant designed specifically for structural bonding applications for glass and metal in factory or field situations. It has excellent weatherability and high resistance to ultraviolet radiation, heat and humidity, ozone and temperature extremes.


FEATURES 

1. One part, can be easily used and extruded with common caulking guns.
2. Neutral cure, suitable for use on most construction materials.
3. Excellent mechanical properties.
4. Outstanding weatherproofing ability, resisting to ultraviolet ray (UV), ozone, snow or temperature extremes.
5. Neutral cure, non-acidic, will not corrode metal or other corrosion-sensitive material.

TYPICAL USE

1. For structural bonding and protective glazing applications.
2. Facades & Claddings, EIFS, curtain walls and building construction applications.
3. Surface like glass, aluminium, ceramics, steel, tiles, concrete, precast panel and other common building materials.

PERFORMANCE DATA

Test Parameter	Unit	Result
As Supplied Tested at 23ºC and 50% RH
Specific Gravity	g/ml	1.37±0.02
Flow (sag or slump)	mm	0
Extrusion Rate Skin Time	ml/minute minute	135 ≤60
Tack-free Time	hour	≤5
Curing time (5mm)	hour	≤12
As Cured-after 21 days at 23ºC and 50% RH
Durometer Hardness, Shore A	Points	44
Movement Capability	%	±25
Tensile/Modulus at 50% Elongation	Mpa	0.59
Tensile/Modulus at 100% Elongation	Mpa	0.84
Ultimate Tensile Strength Ultimate Elongation at Break	Mpa %	1.02 355