2200 Series

One-component epoxy resins

ThreeBond 2200 series one-component epoxy resins
ThreeBond 2200 Series is a range of one-component epoxy resins designed for electronic potting, encapsulation, bonding and sealing applications. These heat-curing epoxy compounds provide excellent electrical insulation, chemical resistance and long-term reliability for modern electronic devices.

This series offers a variety of formulations, including a high-peel-adhesive-strength type, providing exceptional bonding strength and durability. Whether for insulation, protection, or bonding, the ThreeBond 2200 Series delivers the reliability and performance necessary for today's cutting-edge electrical and electronic components.
2200 series catalogue (PDF)

Applications

PCB assemblyElectronic pottingConnector sealingSensor encapsulationTransformer pottingCoil impregnationMagnet bondingSurface mount adhesive (SMA)Underfill for BGA and CSP

Products


87 products — filter & search
87 products
Product Type Features Applications Appearance Viscosity Service temperature
2202
Epoxy resin
Heat curing
Cures at low temperature
(from 60°C)
Potting, fixing and sealing electronic components
Case sealing
Connector sealing, potting
Black
13 Pa.s -40 to +120°C
2202C
Epoxy resin
Heat curing
Cures at low temperature
(from 70°C)
ISO10993 certified
Potting, fixing and sealing electronic components
Case sealing
Connector sealing, potting
Bonding of needle and needle hub, securing of lenses and tip parts
White
27 Pa.s -40 to +120°C
2202P
Epoxy resin
Heat curing
Cures at low temperature
Low outgasing
Potting, fixing and sealing electronic components
Purple
13 Pa.s -40 to +120°C
2204
Epoxy resin
Heat curing
Cures at low temperature
(from 60°C)
Potting, fixing and sealing electronic components
Black
28 Pa.s -40 to +120°C
2206
Epoxy resin
Heat curing
Cures at low temperature
Good peel strength
Fixing and sealing electronic components
Black
120 Pa.s -40 to +120°C
2206C
Epoxy resin
Heat curing
Cures at low temperature Fixing and sealing electronic components
White
70 Pa.s -40 to +120°C
2206D
Epoxy resin
Heat curing
Cures at low temperature
(from 70°C)
Fixing and sealing electronic components
Beige
60 Pa.s -40 to +120°C
2206F
Epoxy resin
Heat curing
Cures at low temperature Fixing and sealing electronic components
Orange
85 Pa.s -40 to +120°C
2206S
Epoxy resin
Heat curing
Cures at low temperature
Low halogen
Potting, fixing and sealing electronic components
Black
15 Pa.s -40 to +120°C
2206U
Epoxy resin
Heat curing
Cures at low temperature
Low halogen
Fixing and sealing electronic components
Black
40 Pa.s -40 to +110°C
2206V
Epoxy resin
Heat curing
Cures at low temperature
Low halogen
Fixing and sealing electronic components
Black
52 Pa.s -40 to +120°C
2210
Epoxy resin
Heat curing
Cures at low temperature
(from 80°C)
Low exothermicity
Potting, fixing and sealing electronic components
Black
10 Pa.s -40 to +110°C
2210C
Epoxy resin
Heat curing
Reduced separation Potting, fixing and sealing electronic components
Black
8 Pa.s
2210K
Epoxy resin
Heat curing
Cures at low temperature Potting, fixing and sealing electronic components
Black
3,5 Pa.s -40 to +100°C
2210S
Epoxy resin
Heat curing
Cures at low temperature
Low halogen
Potting, fixing and sealing electronic components
Black
8 Pa.s -40 to +100°C
2212
Epoxy resin
Heat curing
High penetrability and flowability Potting, fixing and sealing electronic components
Black
13 Pa.s -40 to +110°C
2212B
Epoxy resin
Heat curing
High moisture resistance Potting, fixing and sealing electronic components
Black
25 Pa.s -40 to +120°C
2212C
Epoxy resin
Heat curing
High moisture resistance Potting, fixing and sealing electronic components
Black
25 Pa.s
2212E
Epoxy resin
Heat curing
Medium flowability
Glossy aspect
Potting, fixing and sealing electronic components
Black
35 Pa.s
2212Q
Epoxy resin
Heat curing
Low halogen content Potting, fixing and sealing electronic components
Black
15 Pa.s -40 to +120°C
2215
Epoxy resin
Heat curing
Padding ability
Glossy aspect
Fixing and sealing electronic components
Black
80 Pa.s -40 to +100°C
2215D
Epoxy resin
Heat curing
Reduced separation Fixing and sealing electronic components
Black
140 Pa.s -40 to +120°C
2217
Epoxy resin
Heat curing
Screen printable Surface mount adhesive (SMA) for wave soldering process
Rust
265 Pa.s -40 to +130°C
2217H
Epoxy resin
Heat curing
High thixotropic grade
Fast curing
Surface mount adhesive (SMA) for wave soldering process
Pink
185 Pa.s -40 to +120°C
2217L
Epoxy resin
Heat curing
High thixotropic grade
Fast curing
Surface mount adhesive (SMA) for wave soldering process
Pink
-40 to +120°C
2219C
Epoxy resin
Heat curing
Low flow while curing Fixing and sealing electronic components
Black
250 Pa.s -40 to +100°C
2221D
Epoxy resin
Heat curing
Fixing and sealing electronic components
Rust
13 Pa.s -40 to +130°C
2222P
Epoxy resin
Heat curing
Solder resistant Fixing and sealing electronic components
Magnet bonding
Black
45 Pa.s -40 to +130°C
2222R
Epoxy resin
Heat curing
Solder resistant
Low CTE
Fixing and sealing electronic components
Black
65 Pa.s
2222W
Epoxy resin
Heat curing
Good adhesion on glass and metals
2223S
Epoxy resin
Heat curing
Stable flowability Potting, fixing and sealing electronic components
Sealing and potting of relay terminals
Black
43 Pa.s -40 to +130°C
2224
Epoxy resin
Heat curing
High solder resistance Potting, fixing and sealing electronic components
-40 to +130°C
2224D
Epoxy resin
Heat curing
High solder resistance Potting, fixing and sealing electronic components
-40 to +130°C
2225G
Epoxy resin
Heat curing
For relay sealing
Black
50 Pa.s
2230
Epoxy resin
Heat curing
Low viscosity grade Potting, fixing and sealing electronic components
Black
8 Pa.s
2230B
Epoxy resin
Heat curing
Good peel strength Potting, fixing and sealing electronic components
Black
8 Pa.s -40 to +120°C
2232
Epoxy resin
Heat curing
Good heat resistance Potting, fixing and sealing electronic components
White
27 Pa.s -40 to +120°C
2232E
Epoxy resin
Heat curing
Good mechanical properties Potting, fixing and sealing electronic components
Black
16 Pa.s -40 to +120°C
2233B
Epoxy resin
Heat curing
Good flowability Fixing and sealing electronic components
Black
55 Pa.s
2233K
Epoxy resin
Heat curing
Good flowability Potting, fixing and sealing electronic components
Black
27 Pa.s -40 to +150°C
2233L
Epoxy resin
Heat curing
Good flowability Potting, fixing and sealing electronic components
Black
20 Pa.s -40 to +150°C
2233Q
Epoxy resin
Heat curing
Good flowability Potting, fixing and sealing electronic components
Black
20 Pa.s -40 to +120°C
2233R
Epoxy resin
Heat curing
Good flowability Potting, fixing and sealing electronic components
Black
22 Pa.s -40 to +150°C
2234C
Epoxy resin
Heat curing
Excellent flowability and heat resistance Fixing and sealing electronic components
General bonding
Grey white
110 Pa.s
2234E
Epoxy resin
Heat curing
Solder resistant and flowable Fixing and sealing electronic components
General bonding
Black
70 Pa.s
2235L
Epoxy resin
Heat curing
High heat resistance
High Tg
Fixing and sealing electronic components
Magnet bonding
Reactor coil heat dissipation
Securing of tip parts
Bonding of needle and needle hub
Black
80 Pa.s -40 to +160°C
2235N
Epoxy resin
Heat curing
Good mechanical properties General bonding
Black
100 Pa.s -40 to +150°C
2235P
Epoxy resin
Heat curing
Good mechanical properties
Thixotropic
Fixing and sealing electronic components
Black
65 Pa.s -40 to +120°C
2236
Epoxy resin
Heat curing
Excellent flowability
Excellent metal adhesion
Coating of motor coil
Fixing and sealing electronic components
Grey white
120 Pa.s -40 to +120°C
2237J
Epoxy resin
Heat curing
High heat resistance
High Tg, low CTE
Fixing and sealing electronic components
Magnet bonding
Reactor coil heat dissipation
White
115 Pa.s -40 to +160°C
2237K
Epoxy resin
Heat curing
Low halogen content
Screen printable
Fixing and sealing electronic components
White
63 Pa.s
2239H
Epoxy resin
Heat curing
Low CTE
White
2239M
Epoxy resin
Heat curing
Strong adhesion General bonding
Grey
510 Pa.s
2239N
Epoxy resin
Heat curing
Strong adhesion General bonding
Bonding of yokes and ferrites
Green grey
510 Pa.s -40 to +120°C
2239P
Epoxy resin
Heat curing
Strong adhesion General bonding
Bonding of yokes and ferrites
Green grey
230 Pa.s -40 to +120°C
2242
Epoxy resin
Heat curing
Fixing and sealing electronic components
-40 to +100°C
2247D
Epoxy resin
Heat curing
Strong adhesion Bonding of motor magnets, various metals and plastics
White
45 Pa.s -40 to +120°C
2249G
Epoxy resin
Heat curing
High peel strength
Excellent adhesion to metals
Fixing and sealing electronic components
General bonding
Black
75 Pa.s -40 to +120°C
2249K
Epoxy resin
Heat curing
High peel strength
Excellent adhesion to metals
General bonding
Black
882 Pa.s -40 to +120°C
2252
Epoxy resin
Heat curing
High peel strength
Black
24 Pa.s
2253G
Epoxy resin
Heat curing
Flexibility
Yellow
37 Pa.s
2263B
Epoxy resin
Heat curing
Low specific gravity
Black
111 Pa.s
2270C
Epoxy resin
Heat curing
Heat conductive (0,9W/m.K) Fixing and sealing electronic components
TIM: Thermal Interface Material
Reactor coil heat dissipation
Grey
140 Pa.s -40 to +150°C
2270J
Epoxy resin
Heat curing
Heat conductive (4,2W/m.K) Fixing and sealing electronic components
TIM: Thermal Interface Material
White
117 Pa.s -40 to +120°C
2271J
Epoxy resin
Heat curing
Snap cure Die attach
Non Conductive Paste (NCP)
Yellowish white
15 Pa.s -40 to +120°C
2272F
Epoxy resin
Heat curing
UL94-V0 certified Fixing and sealing electronic components
Black
117 Pa.s -40 to +130°C
2272H
Epoxy resin
Heat curing
UL94-V0 certified Fixing and sealing electronic components
Black
105 Pa.s -40 to +120°C
2273D
Epoxy resin
Heat curing
Compatible with fast induction curing process Potting, fixing and sealing electronic components
Magnet bonding
White
75 Pa.s -40 to +130°C
2273E
Epoxy resin
Heat curing
Compatible with fast induction curing process Potting, fixing and sealing electronic components
Magnet bonding
White
80 Pa.s -40 to +130°C
2273F
Epoxy resin
Heat curing
Compatible with fast induction curing process Potting, fixing and sealing electronic components
Magnet bonding
White
75 Pa.s -40 to +130°C
2273J
Epoxy resin
Heat curing
Compatible with fast induction curing process Potting, fixing and sealing electronic components
Magnet bonding
White
66 Pa.s -40 to +130°C
2274B
Epoxy resin
Heat curing
Low viscosity
High capillary flow property
Chip reinforcement
Underfill agent for BGAs and CSPs
Black
4.7 Pa.s -40 to +100°C
2274E
Epoxy resin
Heat curing
Low viscosity
High capillary flow property
Chip reinforcement
Underfill agent for BGAs and CSPs
White
3.5 Pa.s -40 to +120°C
2274S
Epoxy resin
Heat curing
Low viscosity
High capillary flow property
Chip reinforcement
Underfill agent for BGAs and CSPs
Blue
3.8 Pa.s -40 to +130°C
2280C
Epoxy resin
Heat curing
Low exothermicity Fixing and sealing electronic components
General bonding
Light brown
125 Pa.s -40 to +150°C
2280E
Epoxy resin
Heat curing
Low exothermicity Fixing and sealing electronic components
General bonding
Black
125 Pa.s -40 to +150°C
2280H
Epoxy resin
Heat curing
Film forming adhesive
Good heat resistance
Expandable resin
Magnet bonding of IPM motors
Black
11 Pa.s -40 to +150°C
2280K
Epoxy resin
Heat curing
Film forming adhesive
Good heat resistance
Expandable resin
Magnet bonding of IPM motors
2284E
Epoxy resin
Heat curing
Rotor's balance by addition
Rust
120 Pa.s
2285D
Epoxy resin
Heat curing
High heat resistance
High Tg
Fixing and sealing electronic components
Magnet bonding
White
180 Pa.s -40 to +180°C
2285J
Epoxy resin
Heat curing
High adhesion on rare earth magnet materials Magnet bonding of IPM motors
Greyish white
225 Pa.s -40 to +160°C
2286D
Epoxy resin
Heat curing
Coil impregnation
Fixing to prevent disconnection of motor coil
White
330 Pa.s -40 to +150°C
2286G
Epoxy resin
Heat curing
Coil impregnation
Fixing to prevent disconnection of motor coil
Pink
325 Pa.s
2286L
Epoxy resin
Heat curing
Coil impregnation
Fixing to prevent disconnection of motor coil
White
590 Pa.s
2286T
Epoxy resin
Heat curing
Coil impregnation
Fixing to prevent disconnection of motor coil
White
1800 Pa.s
2286U
Epoxy resin
Heat curing
Coil impregnation
Fixing to prevent disconnection of motor coil
White
1150 Pa.s
2287
Epoxy resin
Heat curing
Laminated core impregnation
Rust
120 mPa.s
2287D
Epoxy resin
Heat curing
Fixing coils
Brown
25 Pa.s
2287F
Epoxy resin
Heat curing
Laminated core impregnation
Rust
150 Pa.s -40 to +150°C
2295
Epoxy resin
Heat curing
Halogen free
Low ionic content
Potting, fixing and sealing electronic components
Black
25 Pa.s -40 to +150°C
2296B
Epoxy resin
Heat curing
Fast cure at low temperature (from 60°C)
Thixotropic
Excellent shape retention
Camera module components bonding
FPC reinforcement
Flat spring and magnet fixing
Fixing diffusing lens
Black
18.5 Pa.s -40 to +100°C
Some products are specialised and need to be used by a professional. Please, check the MSDS before use.

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F.A.Q


01. What is a one-component epoxy resin?

One-component epoxy resins are pre-mixed adhesives that cure when heated. Unlike two-component epoxies, they do not require mixing before application, making them ideal for automated manufacturing processes.

02. What are one-component epoxy resins used for?

They are commonly used for electronic potting, component bonding, connector sealing, underfill, magnet bonding, coil impregnation and protection of sensitive electrical assemblies.

03. Why choose a one-component epoxy instead of a two-component epoxy?

One-component epoxy resins offer easier processing, consistent mixing ratios, improved automation and reduced risk of mixing errors.

04. Can the 2200 Series be used for electronic potting?

Yes. Many products in the series are specifically formulated for potting and encapsulation applications, providing insulation and protection against moisture, chemicals and vibration.

05. What is underfill?

Underfill is an epoxy material applied beneath semiconductor packages such as BGAs and CSPs to improve mechanical strength and thermal cycling reliability.

06. Are there heat conductive epoxy resins in the 2200 Series?

Yes. The range includes thermally conductive formulations designed to improve heat dissipation in electronic components.

07. What curing temperatures are available?

Depending on the product, curing can begin from approximately 60°C, allowing faster processing while protecting temperature-sensitive components.

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