广东中粘新材料科技有限公司

Assembly Applications
Precision Assembly Adhesive Systems

In the assembly of furniture, cabinets, and wooden structures, strong and durable joints are critical. Components must endure continuous loads, dynamic stresses, environmental temperature and humidity fluctuations, and the rigors of daily use. Traditional adhesives often fail to meet these demanding requirements. SINOHESIVE PUR assembly adhesive leverages innovative polyurethane reactive technology to deliver exceptional structural bonding for a wide range of substrates—including solid wood, MDF, particleboard, plywood, and wood-plastic composites—ensuring long-term stability and durability in your products.


Applications

Furniture Manufacturing

Assembly of load-bearing structures such as chairs, tables, bed frames, cabinets, and sofa frames; solid wood splicing, finger jointing, and engineered wood manufacturing.


Door and Window Manufacturing

Assembly of mortise and tenon structures for doors and window frames.


Core Advantages
Exceptional Structural Bonding Strength

Excellent shear, peel, and impact resistance; capable of withstanding heavy loads, vibrations, and long-term stress; effectively prevents joint cracking or failure.


Superior Environmental Tolerance

Advanced polyurethane formulation provides excellent moisture, mold, and temperature cycle resistance; maintains stable bond strength over time without significant degradation due to environmental changes.


Efficient Process and Resilient Bond Line

Forms a tough, elastic bond after curing; absorbs stress to enhance overall structural stability.

Video
Parameter
Application
Type
Viscosity [mPas] /
Temperature [°C]
Processing
Temperature [°C]
Open Time
TECHNICAL DATA SHEET (PDF)
SINOHESIVE® AT6903
PUR Hot Melt Adhesive
15000 - 22000 / 140
140 - 150
10 Sec / 30
SINOHESIVE® MA2611
PUR Hot Melt Adhesive
7000 - 15000 / 160
165 - 170
1 Min / 30
SINOHESIVE® MA2612
PUR Hot Melt Adhesive
9000 - 19000 / 120
120 - 140
15 Sec / 30
SINOHESIVE® MA2608
PUR Hot Melt Adhesive
7000 - 15000 / 140
140 - 150
1 Min / 30