704 Silicone Rubber Sealant Glue Glass Sealant General RTV Silicone Sealant

• 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: Clear
• Transport Package: Carton Box
• Specification: 24pcs/ctn
• Trademark: GNS
• Origin: China
• HS Code: 35061000
• Production Capacity: 144000PCS/Day

Product Description

704 silicone rubber sealant glue glass sealant general rtv silicone sealant

704 silicone rubber sealant glue glass sealant general rtv silicone sealant is a single-component, acetoxy cure, professional quality Glass sealant suitable for general glass and panel applications. It has very good weathering resistance, durability, sealing and bonding properties. Quick skin time for fast installation work.

FEATURES 

1. Easy to use - one part, no mixing required. Can be dispensed with an ordinary caulking gun.
2. Cures at room temperature when exposed to moisture in the air.
3. Stable and flexible from -60ºC to +80ºC with short peak up to +205ºC.
4. Suitable for all kinds of glazing applications.
5. Outstanding weatherproofing ability, resisting to ultraviolet ray, ozone, snow, or temperature extremes.

TYPICAL USE

1.  For Total Vision System (TVS).
2.  Aquarium, big fish tank and general decorative usages.
3.  Skylights, canopies and general glazing.
4.  For butt-joints and corner joints.
5.  For special architectural glazing.
6.  Non-oily wood and some other construction materials. A primer may be required for  optimum.

PERFORMANCE DATA

Test Parameter	Unit	Result
As Supplied Tested at 23ºC and 50% RH
Specific Gravity	g/ml	1.00±0.02
Flow (sag or slump)	mm	0
Extrusion Rate Skin Time	ml/minute minute	100 5~10
Tack-free Time	hour	≤1.5
Curing time (5mm)	hour	≤8
As Cured-after 21 days at 23ºC and 50% RH
Durometer Hardness, Shore A	Points	33
Movement Capability	%	±25
Tensile/Modulus at 50% Elongation	Mpa	0.36
Tensile/Modulus at 100% Elongation	Mpa	0.48
Ultimate Tensile Strength Ultimate Elongation at Break	Mpa %	0.54 320