Bonding of dissimilar materials_MCOTI

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structural bonding
Structural adhesive can be used for the bonding and assembly of robot skeletons, joint brackets, shells and key load-bearing components. While achieving lightweight design, it also provides high-strength connections, excellent impact resistance and fatigue resistance, and improves the structural reliability and long-term service life of the entire machine.
structural bonding
Bonding of dissimilar materials
Bonding of dissimilar materials
Provide highly reliable structural bonding solutions for robots and intelligent equipment. Two-component epoxy structural adhesive has both high bonding strength and excellent environmental resistance. It can realize reliable connection of dissimilar materials such as carbon fiber composite materials, aluminum alloys, stainless steel, etc., effectively replace mechanical fasteners, and meet the assembly needs of lightweight, high strength and long-term reliability of robots.

Robot lightweight structural parts bonding

Bonding of carbon fiber composites and metal dissimilar materials

Robot joints, skeleton and shell structure fixation

Industrial automation equipment structural parts assembly

Bonding of metal shells and functional components of electronic equipment

Bonding of dissimilar materials
Product advantages

Can firmly bond carbon fiber composite materials, aluminum alloys, stainless steel and other substrates;

Reduce local stress concentration and help achieve lightweight design;

Stress buffering to improve the connection reliability of dissimilar materials;

Has good temperature resistance, moisture resistance and aging resistance;

Two-component room temperature curing improves production efficiency.

Product parameters

product

MEP 4647

Mixing ratio (A:B) [volume]

2 : 1

Operating time [min]

30

Full cure time @25℃ [h]

48

tensile strength [MPa]

47

Aluminum - Aluminum Shear Strength [MPa]

34

Stainless Steel - Stainless Steel Shear Strength [MPa]

32

FR4-FR4 shear strength [MPa]

34

hardness [Shore D]

80

Glass transition temperature (Tg) [℃]

79

Operating temperature range [℃]

-40 ~ 80



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