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Soudal Soudabond 280 Power Spray Contact Adhesive is a high-strength, ready-to-use aerosol contact adhesive engineered for fast, reliable bonding on flat, well-fitting surfaces. It delivers rapid build-up of strength and a powerful final bond on common construction and automotive materials including metals, timber, laminates, plastics, ceramics and foams.
The formulation remains tenacious under tension, enabling parts to be fixed, loaded or processed immediately. It is compatible with polystyrene, features a short evaporation time and does not contain toluene or methylene chloride. Compared with Soudabond 265 Classic Spray, Soudabond 280 offers a faster rise to handling strength and a higher ultimate bond for demanding assemblies.
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✔️ High strength contact bond with rapid build, enabling immediate handling and post-assembly processing on site.
✔️ Even web spray pattern delivers consistent coverage on large areas, reducing overspray and improving finish.
✔️ Bonds metals, timber, laminates, plastics, ceramics and compatible foams including polystyrene without surface attack.
✔️ Short evaporation time speeds throughput while adhesive remains tenacious under load and resists creep.
✔️ Steps up performance over Soudabond 265, with faster grab and a higher ultimate bond.
Soudabond 280 Power Spray Contact Adhesive delivers a robust, fast and predictable bond in a convenient pressurised format. The spray lays down an even web-pattern film that covers large areas quickly and cleanly, ensuring consistent coverage across the entire bond line. After the solvent has flashed off, bringing the coated faces together produces an instant, hand-tight bond that continues to build to a very high final strength, so bonded parts can be moved, trimmed or processed with minimal delay.
Versatility is central to Soudabond 280. It adheres strongly to metal and steel sheet, timber and wood-based panels, high-pressure laminates, plastics and rubbers, cork and leather, cardboard and paper, porcelain and ceramics, as well as many foams including polystyrene. Its ability to preserve adhesion under load makes it well suited to components fixed under slight tension or shaped and edged immediately after bonding, such as laminated countertops, furniture carcasses, vehicle interiors and acoustic panels. The controllable spray pattern supports neat edge-banding and upholstery work by delivering a uniform film to both faces, even on intricate shapes and narrow strips.
Speed and repeatability are built in. Soudabond 280’s short evaporation time accelerates throughput, while the stable, ready-to-use aerosol format reduces mess, minimises clean-down and supports tidy, professional results. As a true contact adhesive it excels on flat, well-matched surfaces where full-face contact can be achieved, producing a durable bond that resists creep and remains secure as assemblies are handled, transported and installed. Polystyrene compatibility broadens the scope to insulation, packaging and display applications where solvent attack must be avoided.
For teams familiar with Soudabond 265 Classic Spray, Soudabond 280 Power Spray steps up performance where higher ultimate strength and faster build-up are required. It retains the same user-friendly handling while delivering a more assertive bond line for immediate processing, helping fabricators, shopfitters, flooring installers and automotive trimmers work quickly without compromising strength, finish or reliability.
High Ultimate Strength Under Load: Delivers a powerful contact bond that resists creep and maintains adhesion when parts are fixed under tension or processed immediately after assembly.
Fast Build-Up To Handling Strength: Short evaporation time and aggressive initial tack allow rapid lay-up, pressing and movement to the next operation without lengthy waiting periods.
Broad Material Compatibility: Bonds metals, timber, HPL, plastics, ceramics, rubbers, cork, leather, cardboard and paper, simplifying stock by covering many everyday substrates with one product.
Polystyrene Safe Performance: Compatible with EPS and XPS foams for insulation, packaging and display tasks where solvent attack would normally prevent the use of contact adhesives.
Precise Web-Pattern Spray: Controlled aerosol film gives uniform coverage and neat edges on flat, well-matched surfaces, supporting clean professional results with reduced overspray.
Ideal For Immediate Processing: Adhesion is maintained during trimming, edging and forming, enabling efficient workflows in joinery, furniture, automotive and light manufacturing lines.
Ready To Use And User Friendly: No mixing, pots or rollers are required, reducing setup time and clean-down while improving consistency across teams and shifts.
Safer Formulation Choice: Free from toluene and methylene chloride to align with modern site expectations and responsible product selection across varied working environments.
Laminating And Panels: Bonding HPL and veneer to MDF, chipboard or plywood where full-face contact and rapid handling strength keep production moving efficiently and predictably.
Edge Banding And Trims: Applying PVC or timber edging, lippings and profiles with an even film that grips fast and stays secure during post-bond machining and finishing.
Upholstery And Interiors: Fixing fabrics, felts, foams and leathers in furniture, office pods and vehicle cabins, combining quick tack with strong final bonds on matching surfaces.
Automotive And Transport: Attaching headliners, acoustic pads, door cards and trim assemblies where fast processing, strong adhesion and vibration resistance are required daily.
Flooring And Fit-Out: Securing flexible floor coverings, threshold trims and underlays on flat substrates in retail, leisure and commercial projects with minimal downtime between stages.
Packaging, Display And Crafts: Assembling polystyrene forms, cardboard structures and exhibition elements cleanly, leveraging polystyrene compatibility and rapid tack for dependable results.
Use Soudal Soudabond 280 Power Spray Contact Adhesive only in well-ventilated areas and keep away from ignition sources because the propellant and solvent are flammable.
Wear suitable gloves and safety goggles, and consider a respirator if ventilation is limited. Avoid breathing vapour or spray mist and prevent prolonged skin contact. In the event of eye contact, rinse immediately with clean water and seek medical advice.
Do not smoke while spraying, do not use on or near live electrics, and do not expose the aerosol to direct sunlight or temperatures above 50°C. Store upright in a cool, dry place out of reach of children and dispose of empty cans responsibly.
For best results the parts to be bonded must be flat, well fitting and dimensionally stable so that full-face contact is achieved.
The adhesive shows very good adhesion to common mounting materials used in construction, fit-out, upholstery and automotive work, including metals and steel, timber and wood-based boards, laminate, many plastics and rubbers, ceramics, cork, leather, cardboard, paper and polystyrene foams.
It is not suitable for PE, PP or PTFE. Soft plastics that contain plasticisers may leach over time and can weaken the bond, so test these carefully.
Although the formulation bonds some low-energy surfaces, always carry out a preliminary adhesion and compatibility test on every substrate and combination before committing to the full job.
Ensure both bonding faces are clean, dry and free from dust, oil, release agents and loose material. Degrease where necessary with an appropriate solvent wipe and allow all solvent to evaporate completely.
Lightly abrade very smooth or glossy surfaces, then remove dust thoroughly to improve mechanical key and achieve an even adhesive film. Bring all components into the recommended application temperature band of 5°C to 30°C. Dry-fit the parts to confirm alignment and coverage because contact adhesives grip on contact and allow very little repositioning.
Shake the can vigorously immediately before use. Hold the aerosol upright throughout application and fully depress the nozzle. Maintain a steady distance of about 5cm to 10cm from the surface and apply the adhesive to both faces in a uniform web pattern.
Use parallel passes with approximately half overlap so the entire area is covered by two light coats rather than a single heavy coat, which gives more consistent coverage and stronger bonds.
Porous faces may need a slightly richer application to achieve a continuous film. Allow the solvent to evaporate for about three minutes until the film is dry to the touch yet distinctly tacky. The correct condition is when the adhesive does not transfer to a fingertip but still feels aggressively tacky. Carefully align the parts and bring the coated faces together. Apply firm, even pressure over the full bond area using a roller, rubbing block or press. Pressure, not the length of time under compression, determines the ultimate bond strength, although a typical pressing time of fifteen to thirty seconds is a useful guide for achieving intimate contact across the bond line. After spraying, invert the can and press the nozzle until only propellant emerges to clear the valve and prevent clogging before storage.
Typical consumption is about 125ml/m² per side on smooth, non-porous substrates. Because both surfaces must be coated, allow roughly 250ml/m² for a complete bond.
Actual usage will vary with surface texture, porosity, spray distance and technique.
At normal conditions the evaporation time before bonding is about three minutes. The open time is up to about 120 minutes provided the adhesive film remains clean and tacky.
Bonds are hand-tight immediately after pressure is applied and continue to build to high final strength over the next twenty-four hours. Avoid loading or stressing the assembly until the bond has cooled and stabilised.
Remove uncured overspray or squeeze-out promptly with a suitable solvent cleaner applied to a lint-free cloth, working from clean areas towards the contamination to avoid smearing.
Test the solvent first on sensitive plastics, coated metals and decorative finishes. Once cured, residues must be removed mechanically with care not to damage the substrate. Masking edges and maintaining the correct spray distance will greatly reduce overspray and subsequent clean-up.
Soudabond 280 Power Spray Contact Adhesive is a contact system for flat, well-matched surfaces and is not a gap filler. It is not suitable for PE, PP or PTFE and is not recommended for substrates with a high plasticiser content unless successful long-term tests have been completed.
Do not use in applications subject to continuous water immersion or where standing water can invade the bond line. Observe the service temperature range from −20°C to 100°C and avoid exposure beyond these limits.
The adhesive base is synthetic rubber with a physical-drying system, density about 0.83g/ml and solids about 30%. The spray pattern is a controllable web for fast, even coverage on large areas.
Apply within 5°C to 30°C and always test unfamiliar materials, especially low-energy or plasticised plastics, before production work. For high-strength, fast-acting bonding on metals, laminates, timber, plastics, ceramics and polystyrene in construction, fit-out, upholstery and automotive trim, this aerosol contact adhesive offers rapid tack, powerful final strength and clean handling, supporting professional results with minimal downtime.
Relevant search terms that reflect typical use include spray contact adhesive, high strength web spray adhesive, laminate adhesive aerosol, upholstery adhesive and polystyrene safe adhesive.
A) Soudal Soudabond 280 Power Spray Contact Adhesive is a high-strength aerosol contact adhesive for bonding flat, well-fitting surfaces quickly and cleanly. The pressurised can applies a controlled web pattern that creates an even adhesive film over large areas in a short time. After a short evaporation period, the two coated faces are brought together and pressed firmly to form an instant, hand-tight bond that continues to build to a very high final strength. The formulation is based on synthetic rubber in a physical drying system, so strength develops as solvents evaporate rather than through chemical curing. It is compatible with a wide range of construction, fit-out and automotive materials, including polystyrene, and has a short evaporation time that speeds workflow. Because it is a true contact adhesive it performs best where full-face contact is achievable and uniform pressure can be applied across the bond line.
A) Soudal Soudabond 280 Power Spray Contact Adhesive adheres strongly to metals and steel sheet, timber and wood-based boards, high-pressure laminates, many plastics and rubbers, cork, leather, cardboard, paper, ceramics and rigid foams including polystyrene. This breadth of compatibility makes it useful for laminating countertops, bonding veneers to MDF and plywood, fixing trims and edging, assembling packaging and displays, and attaching foams and fabrics in upholstery and vehicle interiors. As with any contact adhesive, it is intended for flat, well-matched parts rather than gap filling or heavily textured substrates. It is not suitable for polyethylene, polypropylene or PTFE, and plastics containing high levels of plasticiser should be tested because plasticiser migration can soften contact bonds over time. Always complete a small adhesion and compatibility test on the exact material combination before committing to full production.
A) Soudal Soudabond 280 Power Spray Contact Adhesive is formulated for a faster rise to handling strength and a higher ultimate bond than Soudabond 265 Classic Spray. In practical terms, Soudabond 280 reaches the correct tack more quickly, grips more assertively on contact and maintains adhesion under load during immediate processing, such as trimming, edging and transport. This makes it a better choice for demanding assemblies, heavier laminates and components that are fixed under slight tension or handled soon after bonding. Both products share user-friendly aerosol delivery, even web pattern coverage and the absence of toluene and methylene chloride, but Soudabond 280 is the step-up option when maximum bond line performance and speed are priorities. Where substrates are very lightweight and loads are modest, Soudabond 265 remains a capable, economical choice, while Soudabond 280 provides additional headroom for more intensive fit-out and manufacturing tasks.
A) Typical uses include laminating high-pressure laminate and veneer to MDF, chipboard or plywood in joinery and shopfitting, edge banding and lippings that require an even, controllable film, upholstery and acoustic panel work involving fabrics, felts, leathers and foams, and automotive or transport trim assemblies such as headliners, door cards and acoustic pads. It is also effective for securing flexible floor coverings and threshold trims on flat substrates during repairs and light installations, and for packaging, display and craft tasks that involve cardboard, paper and polystyrene forms. The strength under load and rapid processing capability make it ideal where bonded parts need to be moved or machined soon after pressing. For best results, choose jobs where both faces are flat, clean and dimensionally stable so full-face contact and firm, uniform pressure can be achieved during assembly.
A) Good preparation is essential for a durable contact bond. Ensure both faces are clean, dry and free from dust, oil, release agents and loose material. Degrease where necessary with a suitable solvent wipe and allow complete evaporation. Very smooth or glossy surfaces benefit from a light abrasion to improve mechanical key, followed by thorough dust removal with a vacuum and clean cloth. Bring both parts into the recommended application temperature range of five to thirty degrees Celsius so spray behaviour and drying are predictable. Dry-fit components to prove alignment because contact bonds allow very little repositioning once the faces meet. Mask margins where appearance is critical, keep the work area ventilated and clear overspray risks, and have a roller or rubbing block ready so consolidation pressure can be applied immediately after the parts are brought together.
A) Shake the can vigorously, hold it upright and depress the nozzle fully to produce a consistent web pattern. Spray from about five to ten centimetres, moving smoothly and applying parallel passes with roughly half overlap for an even film. Coat both bonding faces, since contact systems develop maximum strength through adhesive-to-adhesive contact. Porous faces may need a slightly richer application to achieve a continuous film, while non-porous faces are best served by two light coats rather than one heavy coat. Allow a short evaporation period until the film is dry to the touch yet aggressively tacky, then carefully align and bring the faces together. Apply firm, uniform pressure over the whole area using a roller or rubbing block, paying particular attention to edges and cut-outs. After spraying, invert the can and purge until only propellant emerges to keep the valve clear for next use.
A) At normal ambient conditions the evaporation time before mating is about three minutes. This is the period required for solvents to flash off so the film feels dry to the touch but remains strongly tacky. The open time extends up to approximately one hundred and twenty minutes provided the adhesive film stays clean and tacky, which allows staged assembly of multiple components. Temperature, humidity and film thickness all influence timing. Cooler, more humid environments and heavier coats extend evaporation time, while warm, dry conditions shorten it. Do not assemble while the film is still wet, as trapped solvent can weaken the bond. Once the faces meet, apply consolidation pressure immediately. Hand-tight strength is achieved on pressing, with final strength continuing to build over the next twenty-four hours as residual solvent dissipates and the film stabilises.
A) As a planning guide, consumption is about one hundred and twenty-five millilitres per square metre per side on smooth, non-porous materials. Because both faces must be coated, allow approximately two hundred and fifty millilitres per square metre for a complete bond. Substrate texture, porosity, spray distance and operator technique will influence the actual figure. Two light, overlapping coats generally produce better control and stronger bonds than a single heavy coat, while keeping the nozzle close to the work and masking edges reduces overspray and waste. Record real-world usage on early jobs so estimates can be refined for future work. For very porous faces, consider a light pre-coat to seal the surface, followed by the standard application on both faces to achieve a continuous film and consistent bond line.
A) Soudal Soudabond 280 provides an instant, hand-tight bond as soon as the coated faces are pressed together firmly after the correct evaporation period. This immediate grip supports rapid handling, trimming and edging in production environments. The bond continues to strengthen over the next twenty-four hours to reach a very high final strength that resists creep and maintains adhesion under load. Because contact systems rely on pressure rather than time under pressure, the quality of consolidation is critical. Use a roller or rubbing block to apply firm, uniform pressure across the entire area, focusing on edges, corners and cut-outs. Weak bonds are usually traced to inadequate film coverage, mating while still wet, or insufficient pressing pressure. Design joints for full-face support and avoid peel-type loading if long-term stress will be present.
A) Yes. Soudal Soudabond 280 is compatible with polystyrene foams, including EPS and XPS, which are often attacked by conventional contact adhesives. The controllable web pattern allows a light, even film that does not flood delicate surfaces, and the short evaporation time supports efficient lay-up. As with any foam, avoid over-application, allow the correct evaporation period and apply even pressure to achieve intimate contact without crushing the substrate. For mixed assemblies such as laminate-to-foam, apply a slightly richer film to the denser face and a lighter film to the foam, then check a small test area for surface softening or imprinting before proceeding with full-size parts. This approach protects the foam surface while delivering the high final strength that Soudabond 280 is known for.
A) Apply within five to thirty degrees Celsius so spray pattern and drying behaviour are predictable and consistent. Once fully stabilised, the typical service temperature range is approximately minus twenty degrees Celsius to one hundred degrees Celsius, which covers the vast majority of interior assemblies and many light-duty applications subjected to moderate warmth. Avoid bonding in very cold or damp conditions where condensation may form on surfaces, as this inhibits adhesion and prolongs drying. The product is not designed for continuous water immersion or for permanently wet locations, so detail joints to shed water and select an alternative system for submerged service. For exterior use in sheltered areas, confirm that both substrates are suitable and protect the bond line from prolonged standing water and direct weathering for best longevity.
A) Soudal Soudabond 280 is a contact system for flat, well-matched surfaces and is not intended for gap filling, structural joints or heavily textured substrates. It should not be used on polyethylene, polypropylene or PTFE, and caution is advised with soft, highly plasticised plastics because plasticiser migration can reduce long-term bond strength. The adhesive is not suitable for joints that will be permanently immersed or exposed to continuous liquid water. While it tolerates moderate warmth in service, sustained temperatures above one hundred degrees Celsius fall outside its performance envelope. If repositioning is required, this is not the right technology, because contact bonds grip on touch. For critical assemblies, run a representative trial to validate coverage, evaporation time, pressure and long-term compatibility before committing to production.
A) Use only in well-ventilated areas and keep away from ignition sources because both propellant and solvent are flammable. Do not smoke during application. Wear suitable gloves and safety goggles, and consider a respirator where ventilation is limited to avoid inhaling vapour or spray mist. Prevent prolonged skin contact and wash with soap and water if contamination occurs. In the event of eye contact, rinse immediately with clean water and seek medical advice. Do not spray onto live electrical equipment or hot surfaces. Keep the aerosol out of direct sunlight and away from temperatures above fifty degrees Celsius. Store upright in a cool, dry place, keep out of reach of children and dispose of empty cans and solvent wipes responsibly in line with local regulations.
A) Plan the work area, mask margins and keep the nozzle five to ten centimetres from the surface to reduce overspray. Use smooth, overlapping passes and two light coats rather than one heavy coat to improve control. For uncured adhesive on adjacent surfaces, wipe promptly with a suitable solvent cleaner applied to a lint-free cloth, always testing the solvent first on sensitive finishes, plastics and coated metals. Work from the clean area towards the contamination to avoid smearing. Once fully cured, residues must be removed mechanically with care not to damage the substrate. To prevent nozzle blockage, invert the can after use and spray until only propellant emerges, which purges the valve and leaves the can ready for the next session with consistent spray performance.
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