Professional PU Foam Adhesive for High Efficiency Polyurethane Spray Glue

• Customization: Available
• CAS No.: 230-391-5
• Formula: Mixture
• Model NO.: 7085-85-0
• Material: Polyurethane
• Classification: Adhesive
• Main Agent Composition: Polyurethane Elastomer
• Characteristic: Weatherability
• Promoter Composition: Curing Agent
• Composition: Organic Material
• Color: White
• Type: Bond
• Shelf Life: 12 Months
• Transport Package: Sea Shipping
• Specification: 750ml
• Trademark: SHUODE
• Origin: China
• HS Code: 321410900
• Production Capacity: 150000pieces/Month

Product Description

SHUODE PU FOAM ADHESIVE
This one-component aerosol polyurethane adhesive foam cures swiftly with moisture, providing exceptionally rapid and powerful adhesion for a variety of construction materials. It is especially recommended for heat insulation systems due to its superior bonding capabilities.

BASIS CURING	Polyurethane Prepolymer
CURING SYSTEM	Moisture cure
SPECIFIC GRAVITY	213 kg/m3	(ASTM D1622)
TACK-FREE TIME(1 CM WIDTH)	6+2 min	(ASTM C1620)
CUTTING TIME(1CM WIDTH)	20-45min	(ASTM C1620)
CURE-TIME	24 hours
SHEAR STRENGTH	82 kgf/cm²
YIELD VOLUMETRIC	45-55L	(ASTM C1536)
EXPANDING VOLUME	%Max.10
THERMAL CONDUCTIVITY	0,036 W/m.k(at 20C)	(DIN 52612)
COMPRESSION STRENGTH	0,03 MPa(DIN 53421)
WATER ABSORPTION	max.1 vol%
TEMPERATURE RESISTANCE	-40°c to +100°C
APPLICATION TEMPERATURE	0°c to +30°C

 

Application Areas
Ideal for mounting heat insulation panels and filling voids during adhesive application. It is also suitable for bonding wooden construction materials to concrete, metal, and other surfaces. This foam is perfect for applications that require minimal expansion and is excellent for mounting and isolating frames.
of windows and doors.

 

SHUODE PU FOAM ADHESIVE
Provides powerful adhesion for polystyrene heat panels (XPS and EPS) and allows for mechanical fastening in just two hours. This adhesive is more economical and comes ready to use in an aerosol can, covering up to 14m2 of heat insulation panel adhesion per can. It features minimal expansion during the drying period, with no further expansion or shrinkage once dried.
A lightweight alternative to plaster used in heat insulation systems, adding no extra burden or weight to buildings. Its performance is dependent on ambient humidity and temperature conditions.