Global Adhesives Manufacturer Operating in Many Markets & Applications Innovative Adhesive Products and Solutions
Green building is now the norm, and we are committed to improving lives and protecting our planet. Through a wide selection of trusted solutions, we are helping manufacturers create long-lasting, energy-efficient and beautiful windows for any design or application. Whether we’re creating new sealant formulations, manufacturing products, or providing responsive customer support, we offer only the most advanced window glass sealant solutions.

We understand that the durability and reliability of a window relies heavily on the quality of insulating sealants and desiccants used in the manufacturing process. Because our customers require materials that can be used in a wide range of applications without sacrificing performance, we offer the premier industry-leading products for insulating glass sealants and desiccants, reactive thermoplastic spacers, window assembly adhesives, and glazing adhesives.

The addition of Kömmerling glass adhesives and sealants to H.B. Fuller’s portfolio not only strengthens our product line but also adds decades of experience and expertise to our team. Together, we can provide all of your insulating glass (IG) sealants from a single source.

Durable and Reliable Energy Efficient Solutions

Window Spacers 

Standard (Box), Composite and Foam Spacers - Our primary sealants and reactive and non-reactive secondary sealants are laboratory- and field-tested in a variety of extreme and accelerated aging conditions, ensuring reliability and application flexibility. We offer a solution for nearly every IG configuration: butyl-based, hotmelt, reactive hotmelt, polyisobutylene, polysulfide, polyurethane, silicone, and thermoplastic spacers.

Our Ködispace and Ködispace 4SG Warm Edge Spacer Systems with integrated desiccant are characterized by an extremely low moisture vapor transmission rate, good gas retention, high flexibility and long service life. 

The Intercept® Spacer System and GED lines were designed for speed, efficiency and quality, creating a perfect fit for our desiccant matrix, Insul-Cure® IG Sealant HL5153B and our broad line of hotmelt butyls.

GD115

  • Extremely low MVTR
  • Excellent gas retention
Technology Documentation
GD115
Used for primary polyisobutlyene sealant in insulating glass
Hot Melt | Polyisobulylene

GD116NA

  • Low moisture vapour transmission rate
  • Good gas retention
  • Tolerant of mix ratio deviations of up to 20
Technology Documentation
GD116NA
Used for secondary polysulfide sealant in insulating glass
2K Polysulfide | Reactive Chemistry

GD677NA

  • Low moisture vapour transmission rate
  • Good gas retention
  • Fast adhesion build-up
Technology Documentation
GD677NA
Used for seconday polyurethane sealant in insulationg glass
2K Polurethane | Reactive Chemistry

GD823N

  • Excellent UV resistance
Technology Documentation
GD823N
Used for secondary silicone sealant in insulating glass
1K Silicone | Reactive Chemistry

GD920

  • Excellent UV resistance
Technology Documentation
GD920
Used for secondary silicone sealant in insulating glass
2K Silicone | Reactive Chemistry

HL5130

  • Applies coole
  • Value engineered
Technology Documentation
HL5130
Used for box spacers flexible spacers insulating glass sealant intercept® spacers
Butyl Sealants | Hot Melt

HL5140

  • Premium performance
  • High shear strength
  • Low density
Technology Documentation
HL5140
Used for box spacers flexible spacers insulating glass sealant intercept® spacers
Butyl Sealants | Hot Melt

HL5145

  • Proven performance
  • Lowest MVTR
  • Use with hand gun and linear extruders
Technology Documentation
HL5145
Used for box spacers flexible spacers insulating glass sealant intercept® spacers
Butyl Sealants | Hot Melt

HL5147

  • High Strength
  • Low sag
  • Good pot life in hand gun applications
Technology Documentation
HL5147
Used for box spacers flexible spacers insulating glass sealant intercept® spacers
Butyl Sealants | Hot Melt

HL5148

  • Desiccating matrix for Intercept®
Technology Documentation
HL5148
Used for insulating glass matrix for intercept®
Hot Melt | Hot Melt

HL5157

  • Premium desiccating matrix for Intercept®
Technology Documentation
HL5157
Used for insulating glass matrix for intercept®
Hot Melt | Hot Melt

HL5160C

  • Warm applied single component curing insulating glass sealant
Technology Documentation
HL5160C
Used for insulating glass sealant for intercept®, super spacer® or box spacer
Reactive Chemistry | Reactive Hot Melt

HL5171

  • Our highest moisture uptake matrix for Intercept®
Technology Documentation
HL5171
Used for insulating glass matrix for intercept®
Hot Melt | Hot Melt

HL5200

  • Warm applied curing Backbedding glass sealant
  • Provides instant green strength for lean manufacturing
  • Isocyanate free and safe handling
  • Available in grey or black
Technology Documentation
HL5200
Used for glazing and backbedding
Reactive Chemistry | Reactive Hot Melt

HL5201

  • Warm applied curing backbedding glass sealant
  • Translucent and clear
  • Resistance to yellowing due to ultraviolet exposure
  • High green strength for fast processing and lean manufacturing
Technology Documentation
HL5201
Used for glazing and backbedding
Reactive Chemistry | Reactive Hot Melt

HL5202

  • Warm applied curing Backbedding glass sealant
  • Clear color
  • Provides instant green strength for lean manufacturing
  • Isocyanate free and safe handling
Technology Documentation
HL5202
Used for glazing and backbedding
Reactive Chemistry | Reactive Hot Melt

HL9622

  • Profile wrapping PVC and wood
Technology Documentation
HL9622
Used for window assembly adhesives
Reactive Chemistry | Reactive Hot Melt

HL9648F

  • Corner key adhesive
  • Fast setting
  • Highest heat resistance
Technology Documentation
HL9648F
Used for window assembly adhesives
Reactive Chemistry | Reactive Hot Melt

HM1580

  • Corner key adhesive
  • Fast setting
Technology Documentation
HM1580
Used for window adhesive and sealants
Hot Melt | Polyamide

Insul-Cure® IG Sealant HL5153B

  • Warm applied single component curing insulating glass sealant
  • Provides the highest strength of our insulating glass sealants
  • Low vapor transmission rate
Technology Documentation
Insul-Cure® IG Sealant HL5153B
Used for insulating glass sealant for intercept®, super spacer® or box spacer
Reactive Chemistry | Reactive Hot Melt

Insul-Dry® WM150

  • Desiccating matrix for Intercept®
  • Low Application Temperature
  • Ease of handling and folding spacers
Technology Documentation
Insul-Dry® WM150
Used for insulating glass matrix for intercept®
Hot Melt | Hot Melt

Isomelt R

  • Reactive insulating glass sealant
Technology Documentation
Isomelt R
Used for box spacers flexible spacers insulating glass sealant intercept spacers
Reactive Chemistry | Reactive Hot Melt

Kodiglaze S

  • Excellent UV resistance
Technology Documentation
Kodiglaze S
Used for silicone glazing sealant ig instlation
2K Silicone | Reactive Chemistry

Kodimelt

  • Extremely low moisture vapour transmission rate and good gas retention
Technology Documentation
Kodimelt
Used for box spacers flexible spacers insulating glass sealant intercept spacers
Hot Melt | Hot Melt

Kodispace 4SG

  • Chemical bonding to silicone secondary and glass
Technology Documentation
Kodispace 4SG
Used for termoplastic spacer for insulating glass
Reactive Chemistry

PIB969NA

  • Polyisobutylene primary sealant
  • Very low MVTR
Technology Documentation
PIB969NA
Used for primary seal
Hot Melt

PIB969S

  • Polyisobutylene primary sealant
  • Very low MVTR
Technology Documentation
PIB969S
Used for primary seal
Hot Melt

PU810

  • Sealant for insulating glass
  • Reactive polyurethane
Technology Documentation
PU810
Used for reactive polyurethane sealant for insulating glass
2 Component PU | Reactive Chemistry

SC0729

  • PVC primer for profile wrapping
Technology Documentation
SC0729
Used for window adhesive and sealants
Solvent-based | Solvent-based

SN2310

  • Good adhesion to many substrates
  • Excellent flexibility
  • Neutral
  • Non-corrosive
  • Low odor
Technology Documentation
SN2310
Used for bonding most common building substrates, like glass, metal, stone etc will be used for back-bedding of windows
Reactive Chemistry | Silicone

SN2522AB

  • Excellent resistant to moisture
  • High temperature resistant
  • Good chemical resistant
Technology Documentation
SN2522AB
Used for structural bond material for insulated glass window manufacturing
Reactive Chemistry | Silicone

Swift®Lock 2003

  • Untreated PP bonding specialist for Interior Trim lamination
  • Low activation temperature and high green strength
Technology Documentation
Swift®Lock 2003
Used for interior trim laminations (intrument panels, door panels, central console )
Hot Melt | Reactive Hot Melt

Swift®Lock 2028

  • High green strength with short open time
  • The original
Technology Documentation
Swift®Lock 2028
Used for interior trim laminations (intrument panels, door panels, central console )
Hot Melt | Reactive Hot Melt

Swift®Lock 2028/1

  • Low activation and high green strength
  • Specialist in Interior Laminations
Technology Documentation
Swift®Lock 2028/1
Used for interior trim laminations (intrument panels, door panels, central console )
Hot Melt | Reactive Hot Melt

Swift®Lock 2681

  • High performance PUR
  • The PVC specialist for Interior Trim lamination
Technology Documentation
Swift®Lock 2681
Used for interior trim laminations (intrument panels, door panels, central console )
Hot Melt | Reactive Hot Melt

Swift®Lock 2682

  • Premium/Manual lamination specialist
  • Fast curing, low activation and color changing when heat activated
Technology Documentation
Swift®Lock 2682
Used for interior trim laminations (intrument panels, door panels, central console )
Hot Melt | Reactive Hot Melt

Swift®Lock 2900

  • Hybrid HMMC able to bond Polar and Non Polars without surface pre-treatment
Technology Documentation
Swift®Lock 2900
Used for interior trim laminations (intrument panels, door panels, central console )
Hot Melt | Reactive Hot Melt

Swift®Lock 2914

  • High green strength and wide adhesive spectrum for attachments and assemby processes
Technology Documentation
Swift®Lock 2914
Used for attachment and assembly reactive polyurethane
Hot Melt | Reactive Hot Melt

Swift®lock 2U104

  • Formuated for polyurethane sponges
  • Long open time
Technology Documentation
Swift®lock 2U104
Used for sponge lamination
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U192

  • Formuated for steam sterlization resistance
  • Excellent wash resistance
Technology Documentation
Swift®lock 2U192
Used for medical lamination
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U210

  • Formualted for flame retardant
  • Passes NFPA 701 and automotive vertical burn
Technology Documentation
Swift®lock 2U210
Used for sports wear, work wear, automotive lamination
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U222

  • Medical lamination with soft hand feel
  • Low viscosity
  • Excellent wash resistance
Technology Documentation
Swift®lock 2U222
Used for sports wear and work wear lamination
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U232-3N

  • UL10C 3 hour fire rating
  • Fastest grade for high productivity
  • 180 mintue burn test
Technology Documentation
Swift®lock 2U232-3N
Used for commercial steel door fire retardant
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U235

  • High viscosity to reduce defection and oil canning
  • Designed for high speed production
Technology Documentation
Swift®lock 2U235
Used for garage door
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U354BX

  • Anti-skid coating designed for ramps and tractor trailer floors
  • Roll coat application
Technology Documentation
Swift®lock 2U354BX
Used for ramps and tractor trailer floor coating
Reactive Chemistry | Reactive Hot Melt

swift®lock 2U360

  • Profile wrapping
  • Boil test resistance
Technology Documentation
swift®lock 2U360
Used for window assembly adhesives
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U388

  • Fast setting
  • Formulated to withstand multiple soak and wash tests
  • Low viscosity
Technology Documentation
Swift®lock 2U388
Used for sponge lamination
Reactive Chemistry | Reactive Hot Melt

swift®lock 2U464

  • Profile wrapping
  • High performance grade
Technology Documentation
swift®lock 2U464
Used for window assembly adhesives
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U464

  • Bonds PVC in hot processing plant conditions
Technology Documentation
Swift®lock 2U464
Used for door - edgebanding - reactive hot melt
Reactive Chemistry | Reactive Hot Melt

Swift®Lock 2U464

  • Very aggressive hot tack wiht high green strength
Technology Documentation
Swift®Lock 2U464
Used for interior trim laminations (intrument panels, door panels, central console )
Hot Melt | Reactive Hot Melt

swift®lock 2U464-1N

  • Formulated for high performance applications
  • Very rigid after cure and heat resistant
Technology Documentation
swift®lock 2U464-1N
Used for profile wrap - reactive hot mmelt
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U484

  • Designed for tractor trailer floors
Technology Documentation
Swift®lock 2U484
Used for tractor trailer floor
Reactive Chemistry | Reactive Hot Melt

swift®lock 2U514

  • Profile wrapping
  • High heat resistance
Technology Documentation
swift®lock 2U514
Used for window assembly adhesives
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U520

  • Formualted to bond lauan to FRP
  • Reduces seam print
  • Excellent creep resitiance in summer
Technology Documentation
Swift®lock 2U520
Used for recreational vehicle - sidewall lamination
Reactive Chemistry | Reactive Hot Melt

Swift®lock 2U566

  • Formualted to bond lauan to FRP
  • Medium open time
  • Pigment blue for production visability
Technology Documentation
Swift®lock 2U566
Used for recreational vehicle - sidewall lamination
Reactive Chemistry | Reactive Hot Melt

swift®lock 2U585

  • Profile wrapping
  • Unprimed PVC
Technology Documentation
swift®lock 2U585
Used for window assembly adhesives
Reactive Chemistry | Reactive Hot Melt

Swift®lock 6507US

  • High green strength and heat resistence
  • Long open time
  • Low application temperature
Technology Documentation
Swift®lock 6507US
Used for sanding disc lamination
Reactive Chemistry | Reactive Hot Melt

Swift®lock 9041

  • High green strength
  • Non yellowing
  • High viscosity to prevent strike thru
Technology Documentation
Swift®lock 9041
Used for cellular shade lamination
Reactive Chemistry | Reactive Hot Melt

Swift®lock 9053

  • High green strength for hard to bond FRP
  • Resists edge lift
  • Five or six layer composite wall builds
Technology Documentation
Swift®lock 9053
Used for recreational vehicle - sidewall lamination
Reactive Chemistry | Reactive Hot Melt

swift®lock 9063

  • Profile wrapping
  • Deep wood fiber tear
Technology Documentation
swift®lock 9063
Used for window assembly adhesives
Reactive Chemistry | Reactive Hot Melt

Swift®lock 9079

  • Dry Erase and Coated Surface
  • Designed for various metals
  • Low viscosity
Technology Documentation
Swift®lock 9079
Used for dry erase boards & coated surface
Reactive Chemistry | Reactive Hot Melt

Swift®Lock HL 9647

  • Reactive Olefine with excellent performance for assembly UPP parts
Technology Documentation
Swift®Lock HL 9647
Used for attachment and assembly reactive olefine
Hot Melt | Reactive Hot Melt

swift®melt 2H791

  • Foamable hot melt for sealing door lights
  • Value engineered
Technology Documentation
swift®melt 2H791
Used for window adhesive and sealants
Hot Melt | Hot Melt

Swift®melt 81570

  • Designed for "Peel and Stick" vinyl tiles/floor
Technology Documentation
Swift®melt 81570
Used for vinyl floor
Hot Melt

Swift®Melt HM-1487

  • Trunk/carpet lamination PSA with good hot tack, very good shear strength, and high heat resistance
Technology Documentation
Swift®Melt HM-1487
Used for trunk, carpets and nvh parts lamination
Hot Melt | PSA

UR0258

  • Vinyl cladding adhesive
  • Excellent adhesion to unprimed PVC
  • Low foaming
  • Fast curing
  • Fiber term typically in 30 min
Technology Documentation
UR0258
Used for window adhesive and sealants
LMC (Liquid Moisture Cure) | Reactive Chemistry

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