Created by potrace 1.16, written by Peter Selinger 2001-2019

H.B Fuller Light Curable Adhesives

Lợi ích

H.B. Fuller’s family of light curable materials uses artificial ultraviolet light to rapidly cure the adhesive after application. These versatile products offer several advantages, including capability in high-speed automation, adhesion to a wide range of materials, and excellent end-use performance. Our light curable adhesives are ideal for a wide range of applications. They are excellent for bonding metal to glass i pplications such as solder joint protection and LCD terminal reinforcement, and for plastic bonding, in applications such as wire reinforcement and camera module bonding.

H.B. Fuller’s family of light curable materials is designed to include:

  • A variety of viscosity options to meet a range of application conditions
  • Products specially formulated for adhesion to metal, ceramic, glass, plastic, PC, and PVC
  • Fast cure for capability in high-speed production
  • Excellent end-use performance across a broad scope of application

 

Product Description Color Viscosity @ 25°C (cPs) Cure Energy (mJ / cm²) Hardness (Shore) Shelf Life (months)
EA6201 Excellent bonding performance
Shadow area cured by anaerobic
Clear 18,000 2,400 D 60 12 @ 8 - 25°C
EA6202 General purpose
Good gap flow
Clear 3,900 1,200 D 70 12 @ 8 - 25°C
EA6209 General purpose
FPC reinforcement on glass
Amber 15,000 2,500 D 70 12 @ 8 - 25°C
EA6209BL High bond strength on glass and metal Black 19,000 2,000 D 65 12 @ 8 - 25°C
EA6027 Non-yellowing
Medium viscosity
High bonding strength for plastic
Clear 3,100 2,400 D 66 12 @ 8 - 25°C
EA6031 General purpose
Low viscosity
Good flowability
Clear 300 2,400 D 56 12 @ 8 - 25°C
EA6033 Flexible
High adhesion on FPCB
Semi-transparent 10,700 2,400 D 56 12 @ 8 - 25°C
EA6039 Electronics component reinforcement
Excellent adhesion on a wide range of materials
Semi-transparent 20,000 2,400 D 65 12 @ 8 - 25°C
EA6042 Designed for circuit board protection Blue 4,800 3,000 D 62 12 @ 8 - 25°C
EA6051H Good adhesion to glass, plastic and metal
Good flexible
Blue 10,000 1,200 A 65 12 @ 8 - 25°C
EA6053H Rubber ring replacement
Very soft after curing
Semi-transparent 30,000 2,400 A 35 12 @ 8 - 25°C
EA6056 Soft material after curing
Good gasket and sealant performance
Blue 70,000 2,400 A 18 12 @ 8 - 25°C
EA6059M Flexible
High adhesion strength
Clear 10,000 3,000 D 55 12 @ 8 - 25°C
EA6106L Low viscosity
Good aging resistance
Designed for conformal coating
Clear 70 1,500 A 50 6 @ 2 - 8°C
EA6106M Medium viscosity
Good aging resistance
Designed for conformal coating
Clear 8,00 3,500 A 60 12 @ 2-8°C
EA6114 High bond strength
Good flexibility
Blue 5,100 3,000 D 70 6 @ 2 - 8°C
EA6116 High bond strength
Excellent flexibility
Clear 3,600 4,000 D 48 6 @ 2 - 8°C
EA6133M Bonding two non-transparent objects
Excellent flexibility
Light Yellow 55,000 1,000 D 65 6 @ 2 - 8°C
EA6136 IBQA free
High bonding strength
Low viscosity
Red 6,000 4,000 D 65 6 @ 2 - 8°C
UV4563 Excellent flexibility
Curing online
Black 3,000 3,000 A 60 6 @ 2 - 8°C
EA6405 High Ti for high aspect ratio dispensing
Excellent adhesion to plastics and metals
White/Beige 520,000 UV 2,000 mJ/cm²(365nm)
+ 3h @ 60°C
D 85 6 @ -40°C
EA6407 Superior adhesion to a wide range of substrates
High Ti for high temperature resistance
Black 35,000 UV 6,000 mJ/cm²(365nm)
+ 60 min @ 80°C
D 85 6 @ -40°C
EA6412 High Ti for high aspect ratio dispensing
Low shrinkage
Excellent bond strength to LCP for both UV initial and full cure
Black 52,700 UV 4,000 mJ/cm²(365nm)
+ 60 min @ 80°C
D 55 6 @ -40°C
EA6416 Good bond strength on LCP, PA
FR4, metal, and other engineering
grade materials
Excellent flexibility
Dark Gray 48,210 UV 4,000 mJ/cm²
(365nm)+ 30 min @ 80°C
D 70 6 @ -40°C
EA6417B High aspect ratio
Good bond strength on LCP, PA,
FR4, metal, and other engineering
grade materials
Excellent flexible
Black 45,560 UV 4,000mJ/cm²(365nm)
+ 60min @60°C
D 65 6 @ -40°C
EA6439 Low modulus for low stress and impact resistance
Good flux compatibility
Good SIR performance
Light Blue 8,000 UV 2,000 mJ/cm²
+ 10 min @ 130°C
A 92 6 @ -20°C
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