Differential Substrate Structural Bonding

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Differential Substrate Structural Bonding Headlight on a car

H.B. Fuller's structural bonding adhesives for differential substrates are designed to handle applications to substrates with different thermal expansion coefficient that cause large bondline stresses and strains. 

They are resistant to solvents, salt, humidity, acids, and caustics, and provide reliable  temperature cycling capability. Due to their unique bonding properties, they will structurally bond a variety of engineering plastics, composites, ceramics, and metals. They are available in a full range of viscosities and cure speeds to meet specific application requirements. H.B. Fuller’s structural adhesives lend themselves well to high-speed production applications. Whether the application is bonding similar or dissimilar parts, design engineers select H.B. Fuller structural adhesives for the optimum in finished product quality, reliability, performance, and cost effectiveness.

42223/52223 (DOUBLE/BUBBLE® A-85)

  • High performance, two part polyurethane adhesive
  • High strength and flexibility on differential substrates
  • Fast Setting
Technology Documentation
42223/52223 (DOUBLE/BUBBLE® A-85)
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Reactive Chemistry | Urethane

42327/52343

  • High performance, two part polyurethane adhesive
  • Outstanding strength and impact strength
  • Fast Setting
Technology Documentation
42327/52343
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Reactive Chemistry | Urethane

45036/56666 (DOUBLE/BUBBLE® D-85)

  • High performance, two part polyurethane adhesive
  • Outstanding strength and impact strength
  • Fast Setting
Technology Documentation
45036/56666 (DOUBLE/BUBBLE® D-85)
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Reactive Chemistry | Urethane

Körapur 840

  • High performance, two part polyurethane adhesive
  • Outstanding strength, elongation and impact strength
  • Very fast to long working times avaliable
  • Meets IMO marine requirements
Technology Documentation
Körapur 840
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Reactive Chemistry | Urethane

MP5405FLEXMV

  • Fast-setting, clear, general purpose, medium viscosity industrial grade two component epoxy adhesive
  • 3 to 5 minute working time at room temperature
  • Tough, semi-rigid, machinable bondline and good electrical insulator
  • Good resistance to chemicals, water and salt spray, inorganic acids and bases and most organic solvents
  • Good resistance to chemicals, water
Technology Documentation
MP5405FLEXMV
Used for structural bonding and encapsulation for a wide range of ceramics, plastics, glass, rubber, wood, and metals
Epoxy | Reactive Chemistry

MP54110

  • General purpose, clear, flowable industrial grade epoxy two component epoxy adhesive
  • 8 to 12 minute working time at room temperature
  • High strength, tough, rigid, machinable bondline
  • Good resistance to chemicals, water and salt spray, inorganic acids and bases and most organic solvents
Technology Documentation
MP54110
Used for structural bonding, staking and laminating applications where excellent structural, mechanical properties are required
Epoxy | Reactive Chemistry

MP54190

  • High performance, translucent, flowable, highly toughened, two component epoxy adhesive
  • 60 to 90 minute working time allowing more adjustment time during assembly
  • High strength, shock/impact resistance, flexibility, and electrical insulation
  • Excellent chemical and thermal shock resistance, mechanical, electrical, and dimensional stability
Technology Documentation
MP54190
Used for structural bonding, potting, and laminating applications needing excellent sealing and electrical insulating properties
Epoxy | Reactive Chemistry

MP54190GR

  • High performance, grey, flowable, highly toughened, two component epoxy adhesive
  • 40 to 60 minute working time allowing more adjustment time during assembly
  • High strength, shock/impact resistance, flexibility, and electrical insulation
  • Excellent chemical and thermal shock resistance, mechanical, electrical, and dimensional stability
Technology Documentation
MP54190GR
Used for structural bonding, potting, and laminating applications needing excellent sealing and electrical insulating properties
Epoxy | Reactive Chemistry

MP55300

  • High performance two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Fast setting and good flexibility
  • Requires no surface preparation in most applications
  • Sandable and paintable
Technology Documentation
MP55300
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Acrylate | Reactive Chemistry

MP55305

  • High performance two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Very fast setting and good flexibility
  • Requires no surface preparation in most applications
  • Sandable and paintable
Technology Documentation
MP55305
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Acrylate | Reactive Chemistry

MP55310

  • 2 Part MMA High Bond Strength to Many Substrates
  • High performance two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Longer working time and good flexibility
  • Requires no surface preparation in most applications
  • Sandable and paintable
Technology Documentation
MP55310
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites structural bonding aluminum, composites, plastics
Acrylate | MMA | Reactive Chemistry

MP55320

  • High performance two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Longer working time and high flexibility
  • Excellent untreated aluminum bonder
Technology Documentation
MP55320
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Acrylate | Reactive Chemistry

MP55350

  • High performance two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Long working time and good flexibility
  • Requires no surface preparation in most applications
  • Sandable and paintable
Technology Documentation
MP55350
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Acrylate | Reactive Chemistry

MP55420

  • 2 Part MMA High Bond Strength to Many Substrates
  • 2 part acrylic high bond strength to may substrates
  • High performance two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Fast setting and high flexibility
  • Excellent untreated aluminum bonder
Technology Documentation
MP55420
Used for mma adhesive for electric motor bonding structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites structural bonding aluminum, composites, plastics
Acrylate | MMA | Reactive Chemistry

TS820

  • Low odor 2K Acrylate adhesive suitable for general bonding with excellent impact resistance
  • Suitable for cell bonding within batteyr modules
  • 2 part acrylic high bond strength to may substrates
  • High performance, low odor, two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Fast setting and high flexibility
  • Excellent untreated metal bonder
Technology Documentation
TS820
Used for general bonding, battery cell to module base general mma adheive for high strength bonding structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Acrylate | MMA | MMA | Reactive Chemistry

TS880

  • High performance two part methacrylate adhesive
  • Outstanding bond and impact strength, durability and weathering properties
  • Excellent untreated PE, PP, LDPE, HDPE, TPO bonder
Technology Documentation
TS880
Used for structural bonding a wide range of substrates specially designed for bonding untreated low surface energy substrates
Acrylate | Reactive Chemistry

UR4515G

  • High performance, two part polyurethane adhesive
  • Excellent balance of high strength and flexibility
  • Fast Setting
  • Excellent plastics bonder
Technology Documentation
UR4515G
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Reactive Chemistry | Urethane

UR4515GF

  • High performance, two part polyurethane adhesive
  • Excellent balance of high strength and flexibility
  • Very fast setting
  • Excellent plastics bonder
Technology Documentation
UR4515GF
Used for structural bonding a wide range similar and dissimilar substrates including engineered plastics, metals, and composites
Reactive Chemistry | Urethane

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