Selleys Kwik Grip High Temp Spray Adhesive 350g product guide

Getting Ready to Use Selleys Kwik Grip High Temp Spray Adhesive Selleys Kwik Grip High Temp Spray Adhesive handles jobs where regular adhesives fail. This 350g aerosol is heat resistant to 90°C, water and saltwater resistant, and forms an instant bond on contact of two sprayed surfaces. It's suitable for automotive headlining, marine carpet, and bonding materials including wood, metal, aluminium, fabric, polyurethane foam, laminate, leather, felt, and cork. But here's the thing—success happens before you ever press the spray valve. Proper prep makes the difference between a clean job and an expensive mess. This adhesive works differently than what you might be used to. It's a contact adhesive, which means once two sprayed surfaces touch, they're bonded. No repositioning. No do-overs. There's also a wet bonding method where surfaces are joined immediately and clamped, but contact bonding is the primary technique for this product. Add in the heat resistance and moisture protection, and you can see why preparation isn't something you can skip. Cut corners on workspace setup, material staging, or practice runs, and you'll be dealing with overspray everywhere, misaligned bonds, and wasted material that can't be fixed. Important: This product is not suitable for use on polystyrene foam. Always pre-test materials before committing to your project—Selleys recommends this on the product label. Safety and Ventilation: Getting Your Workspace Right Protect Yourself with the Right Gear This product is classified as Dangerous Goods (Class 2.1 Flammable Gas) and is hazardous according to Safe Work Australia GHS 7, with the signal word Danger. The identified hazards include: extremely flammable aerosol (H222), pressurised container that may burst if heated (H229), causes skin irritation (H315), causes serious eye irritation (H319), and may cause drowsiness or dizziness (H336). Before you open that 350g canister, get yourself properly equipped. The required personal protection equipment is: safety shoes, overalls, gloves, chemical goggles, and respirator. Respirator: Where an inhalation risk exists, wear an organic vapour/particulate respirator meeting the requirements of AS/NZS 1715 and AS/NZS 1716. Standard dust masks do nothing against solvent vapours—you need proper respiratory protection rated for organic vapours under these Australian and New Zealand standards. Eye protection: Wear chemical goggles. The aerosol creates a fine mist that drifts beyond where you're aiming, and this product causes serious eye irritation (Category 2A). Gloves: Gloves made from nitrile rubber should be suitable for intermittent contact. However, due to variations in glove construction and local conditions, you should make a final assessment based on your specific situation. Keep extra pairs handy because once gloves get contaminated, they need to come off immediately to avoid spreading adhesive where it doesn't belong. Overalls and safety shoes: Full body coverage protects against skin contact, which causes irritation (Category 2). Set Up Ventilation That Works This product must be used only outdoors or in a well-ventilated area. It contains Dimethyl Ether (30–60%), Cyclohexane (10–30%), Methyl acetate (10–30%), and Acetone (1–10%)—all of which release vapours during application. Inhaling vapours can cause headaches, dizziness, and nausea. High concentrations can produce central nervous system depression, leading to loss of coordination, impaired judgement, and potentially unconsciousness. The vapour is heavier than air, which means you need to prevent concentration in hollows or sumps, and you should not enter confined spaces where vapour may have collected. Cross-ventilation means two open access points—one bringing fresh air in, one pushing contaminated air out. Put a box fan in the exhaust opening, blowing outward, which creates negative pressure that pulls fresh air through the intake. This setup helps prevent vapour buildup in your work area. Run that fan continuously during application and keep it running well after you've finished while residual vapours clear. Working in a basement or windowless space? That's a problem for this product. Standard household fans without exhaust ducting just move contaminated air around without actually removing it. Garages need both doors open with cross-ventilation—a single-door setup leaves dead air pockets where vapour concentrations climb too high, and remember: the vapour is heavier than air and will pool in low spots. Critical fire safety: This product is an extremely flammable aerosol. Vapour may travel a considerable distance to a source of ignition and flash back. All potential sources of ignition—open flames, pilot lights, furnaces, spark-producing switches, and electrical equipment—must be eliminated both in and near the work area. Do not smoke. Nearby equipment must be earthed. Have a suitable fire extinguisher accessible (water fog, alcohol resistant foam, standard foam, dry chemical powder, or CO2 are all suitable extinguishing media). Prepare Your Workspace for Zero Overspray Problems Protect Everything Around Your Work Area Spray adhesive overspray travels well beyond your target surface under normal application pressure. First-time users consistently underestimate this spread, then discover adhesive residue on walls, floors, tools, and vehicles hours later when the tacky film shows up. Create a dedicated spray zone by removing everything not directly involved in your project. Can't remove something? Build a containment barrier using plastic sheeting secured with painter's tape. The barrier should extend generously around all adjacent surfaces—partial coverage leaves gaps where overspray gets through. For floor protection, choose materials that maintain good footing. Plastic sheeting on floors can become dangerously slippery when coated with adhesive overspray. Rosin paper or canvas drop cloths absorb overspray while keeping your footing secure. Overlap sections and tape seams to stop adhesive from reaching the floor beneath. Working on automotive headlining? The vehicle interior needs complete masking. Ideally, remove the headliner from the vehicle for application—spraying adhesive inside the vehicle risks overspray contamination of upholstery, dashboard, and glass surfaces. If you must apply in-vehicle, mask all surrounding surfaces thoroughly using plastic sheeting and tape. Stage Your Equipment for Smooth Work Flow Organise all materials, tools, and supplies within arm's reach before opening the adhesive canister. Once you start spraying, leaving the workspace to grab items allows overspray to settle on unprotected surfaces and interrupts the critical timing sequence for contact bonding. Stage these essentials: Primary materials: The substrate you're bonding (headliner fabric, marine carpet, laminate) and the backing surface (foam, wood, metal), both inspected and positioned for immediate access. Remember: this product is not suitable for polystyrene foam. Cleaning supplies: Clean, lint-free cloths for surface preparation. For clean-up of wet adhesive, have mineral turps on hand—this is the manufacturer-specified clean-up solvent. Application aids: A roller or clamps for applying pressure after bonding, a timer for monitoring drying time between spray and contact, and something to measure your 20cm spray distance from the surface. Emergency supplies: Mineral turps for cleaning wet adhesive, additional gloves, paper towels, and trash bags for contaminated materials. Having these items ready prevents panic when immediate cleanup becomes necessary. Create a clean staging surface where materials rest before application. Any dust, debris, or contamination on this surface transfers to the adhesive-coated substrate, potentially creating bond failures. Surface Preparation: The Foundation of Superior Bonds Clean and Prepare Surfaces Properly Surface preparation for this product is straightforward: ensure the surface is clean and dry. This applies to all bonding surfaces. The product bonds to wood, metal, aluminium, fabric, polyurethane foam, laminate, leather, felt, and cork—but only when surfaces are properly prepared. Inspect both bonding surfaces under bright light, checking for: Oil and grease contamination: Shows up as shiny areas or discoloration. Remove thoroughly using an appropriate degreasing method and allow surfaces to dry completely before application. Dust and particles: Visible as a film or texture on the surface. Remove using compressed air followed by tack cloth wiping. Avoid leaving moisture on porous materials like foam—trapped moisture can interfere with adhesive bonding. Previous adhesive residue: Appears as tacky or glossy areas. Remove completely using appropriate solvents and scraping tools. Residual adhesive creates an unstable bonding layer that can fail under stress. Moisture: Porous materials must be completely dry before application. Surfaces must be clean and dry—there is no shortcut here. Metal and aluminium surfaces benefit from light sanding to create mechanical tooth for adhesive grip. Wipe sanding residue away thoroughly and allow the surface to dry completely before adhesive application. Important: Selleys recommends that you pre-test materials before committing to your project. This is especially important for materials you haven't bonded with this product before. Align Materials Before You Spray The instant-bond characteristic of contact adhesives eliminates repositioning after surfaces meet. Plan precise alignment before spraying begins. The manufacturer instructs: position items carefully and when perfectly aligned, press surfaces together and apply an even pressure. This preparation phase takes time but prevents irreversible misalignment errors. For flat laminate bonding, create registration marks on both surfaces using pencil or chalk. These marks show exact alignment points—when registration marks align during contact, the entire surface aligns correctly. Place marks at minimum three points: two corners and one centre reference. Automotive headliner installation requires three-dimensional alignment planning. The fabric wraps around curves, tucks into channels, and aligns with mounting points simultaneously. Before any adhesive application:

Perform a dry-fit installation, positioning the headliner fabric against the backing board without adhesive Mark all alignment reference points, edge positions, and problem areas needing special attention Identify which sections bond first to establish proper tension and alignment for subsequent sections Plan the spraying sequence—which surfaces get sprayed first, drying time before contact, and hand positioning for applying pressure during bonding

Marine carpet installation on irregular surfaces requires template creation. Lay the carpet in position, mark cut lines and alignment references, then remove for adhesive application. The template ensures the carpet returns to exact position after both surfaces receive adhesive coating. For materials that curl or shift position (fabric, thin laminate, leather), create temporary holding systems using spring clamps or weights that maintain position without contacting surfaces that will receive adhesive. These holders release instantly when you're ready to apply contact pressure—any delay allows the adhesive to dry beyond its optimal tack window. Master the Spray Technique Before Your Real Project Build Your Spray Skills on Scrap Materials First-time spray adhesive users need to develop consistent technique before applying product to actual project materials. These skills require practice on scrap materials identical to your actual project substrate. Get scrap pieces of the same material used in your project—if you're bonding automotive headliner fabric to polyurethane foam backing, obtain scrap fabric and scrap foam. Different materials absorb adhesive differently, affecting spray technique. Practice on different materials gives false confidence that fails during actual application. Spray distance control: Hold the can 20cm away from the surface. Closer creates heavy wet coating with runs and pooling. Farther allows excessive overspray and dry adhesive particles that don't bond effectively. Practice maintaining this distance by:

Marking a 20cm reference stick and holding it between the canister and surface until muscle memory develops Spraying several practice passes while a helper observes and calls out distance variations Checking coating evenness—you should spray both surfaces liberally and evenly, creating a uniform wet appearance without runs or dry spots

Traverse speed and overlap: Move the canister across the surface at a consistent speed to achieve even coverage. Too slow creates heavy buildup, too fast creates insufficient coverage. Each spray pass should overlap the previous pass to ensure complete coverage without gaps or heavy buildup at overlap zones. Practice on scrap material until you can produce a consistent, even coating. Understand the Two Bonding Methods This product supports two bonding methods: Contact bonding (primary method): After spraying both surfaces, keep surfaces apart up to 5 minutes or until the adhesive is touch dry, no more than 10 minutes. Once both surfaces are touch-dry, position items carefully and when perfectly aligned, press surfaces together and apply even pressure. Then clamp or use a roller over the bonded surfaces. Practice the contact bonding timing on scrap materials:

Spray scrap materials and test at different time intervals within the 5–10 minute window Perform touch tests—the adhesive should feel tacky but should not transfer heavily to your gloved finger Bond test pieces at each time interval and compare results Note that conditions in your workspace (temperature, airflow) may affect drying time, so always rely on the touch test rather than the clock alone

Wet bonding: Spray both surfaces, then join immediately and clamp. This method skips the drying/touch-dry stage—surfaces are pressed together while the adhesive is still wet, and clamping provides the sustained pressure needed during cure. Pressure application: For both methods, clamp or use a roller over the bonded surfaces. Contact adhesives require firm, even pressure across the entire bonding surface. Work from the centre outward to eliminate air bubbles. Insufficient or uneven pressure creates weak bonds and voids. Repositioning limitations: Practice deliberately misaligning scrap materials during contact bonding to understand the impossibility of repositioning. Once surfaces contact during contact bonding, the instant grab prevents separation without tearing the substrate. This practice builds respect for precise alignment before contact. Evaluate Your Test Bonds After practising spray technique and bonding scrap materials, evaluate bond quality before proceeding to actual project materials. Proper test bonds demonstrate: Immediate tack: Bonded surfaces resist separation immediately after pressure application. If surfaces separate easily, the adhesive may have been too dry, spray distance may have been too great, or surface preparation was inadequate. Full cure strength: Full bond strength is achieved at 24 hours. After full curing, attempting to separate bonded materials should tear the substrate rather than releasing the adhesive bond. If the adhesive layer separates cleanly, surface preparation was insufficient or adhesive coverage was inadequate. Edge inspection: Examine bond edges for adhesive squeeze-out (too much adhesive or insufficient drying time) or gaps (insufficient adhesive or inadequate pressure). Proper bonds show slight adhesive visibility at edges without excess squeeze-out. Heat resistance verification: For applications requiring the 90°C heat resistance, test by placing bonded scrap in an oven at 90°C for 30 minutes. Proper bonds show no softening, separation, or adhesive migration. This test confirms your technique will perform in high-temperature automotive or marine environments. Step-by-Step Application Summary Once your preparation is complete, follow these steps:

Ensure surface is clean and dry. Shake can well before use. Holding can 20cm away, spray both surfaces liberally and evenly. For contact bonding: Keep surfaces apart up to 5 minutes or until adhesive is touch dry, no more than 10 minutes. For wet bonding: Join surfaces immediately and clamp. Position items carefully and when perfectly aligned, press surfaces together and apply an even pressure. Clamp or use a roller over the bonded surfaces. Clean nozzle after use — invert can and spray until clear propellant comes out. Nozzles may be soaked in turps to keep clean. Clean up wet adhesive with mineral turps. Allow 24 hours for full bond strength.

Your Pre-Application Checklist for First-Time Success Before removing the cap from the Selleys Kwik Grip High Temp Spray canister, verify completion of all preparation steps. This systematic checklist prevents the most common first-time user errors: Safety verification:

Respirator: organic vapour/particulate type meeting AS/NZS 1715 and AS/NZS 1716, fitted and tested for proper seal Chemical goggles positioned Nitrile rubber gloves on both hands, with spare pairs staged Overalls and safety shoes on Cross-ventilation system operating and confirmed Fire extinguisher accessible (this product is an extremely flammable aerosol) All ignition sources eliminated both in and near the work area (open flames, pilot lights, furnaces, spark-producing switches, electrical equipment). No smoking. Nearby equipment earthed to prevent static discharge

Workspace verification:

Overspray protection installed generously around spray zone Floor covered with rosin paper or canvas drop cloths (not plastic—slip hazard) All non-essential items removed from workspace Adequate lighting to see spray pattern and adhesive coverage clearly Adequate ventilation confirmed (outdoors or well-ventilated area)

Materials verification:

All substrate surfaces clean and completely dry Materials pre-tested with this adhesive (as recommended by Selleys) Confirmed: no polystyrene foam in the project (product limitation) Registration marks and alignment references marked on both surfaces Materials positioned for easy access without contaminating cleaned surfaces Dry-fit completed and alignment strategy confirmed

Equipment verification:

Practice spray completed on scrap materials matching project substrate Spray distance (20cm) practised until consistent Tack timing determined within the up-to-5-minute / no-more-than-10-minute window Roller or clamps staged for pressure application Timer or clock visible for monitoring drying time Mineral turps and cleanup supplies staged

Technique verification:

Test bonds completed on scrap materials matching project substrate Bond strength verified after 24-hour cure Spray pattern consistency confirmed—even, liberal coverage at 20cm Pressure application technique practised with roller or clamps Understanding confirmed that repositioning is impossible after contact bonding Both bonding methods understood (contact bonding and wet bonding)

Clean-Up and Storage Clean-up: Clean wet adhesive with mineral turps. Clean the nozzle after each use by inverting the can and spraying until clear propellant comes out. Nozzles may also be soaked in turps to keep clean. Address any overspray or spills promptly while adhesive is still wet—cured adhesive is much more difficult to remove. Storage: Protect from sunlight. Do not expose to temperatures exceeding 50°C. Store locked up in a cool, dry, well-ventilated place and away from oxidising agents and corrosive materials. Keep the container tightly closed when not in use and check regularly for leaks. Disposal: Spray unwanted adhesive onto newspaper, allow to dry, and dispose of remaining contents/container in accordance with local, regional, national, and international regulations. If the can becomes rusted or damaged, dispose of carefully—obtain instructions from the Selleys website or their 24-hour Emergency Response Number. Why Preparation Delivers Results Every Time Selleys Kwik Grip High Temp Spray Adhesive performs when you respect the preparation process. This isn't about making the job harder—it's about doing the job right the first time. The instant-bond characteristic means no second chances with the contact bonding method, but proper preparation means you won't need them. First-time success comes from understanding how this adhesive works and preparing your workspace, materials, and technique accordingly. The heat resistance to 90°C, water and saltwater resistance, and instant-grab bonding make this the right choice for demanding automotive headlining, marine carpet, and similar applications across a wide range of substrates. Take pride in your preparation. Stage your workspace properly. Practise your technique on scrap materials. Pre-test your specific materials as Selleys recommends. Check off every item on your pre-application checklist. When you press that spray valve, you'll work with confidence knowing you've set yourself up for success. First Aid Information In case of emergency, refer to the Safety Data Sheet. Key first aid measures: If poisoning occurs, contact a doctor or Poisons Information Centre (Phone Australia 131 126, New Zealand 0800 764 766). Inhalation: Remove person to fresh air and keep comfortable for breathing. Keep at rest until fully recovered. Seek medical advice if effects persist. Skin contact: If skin or hair contact occurs, immediately remove contaminated clothing and flush skin and hair with running water. Continue flushing for 15 minutes. Seek medical assistance if irritation occurs. Eye contact: Hold eyelids apart and flush eyes continuously with running water for at least 15 minutes. Seek medical attention. Ingestion: Rinse mouth with water. Do NOT induce vomiting. Give a glass of water to drink. Never give anything by mouth to an unconscious patient. Seek medical advice. Emergency telephone: Australia — 1800 220 770; New Zealand — 0800 220 770. References

Selleys Kwik Grip High Temp Spray Technical Data Sheet (Version 1.0, 27/03/2023) — Application directions, substrate compatibility, drying times, clean-up, limitations Selleys Kwik Grip High Temp Spray Safety Data Sheet (Version 1.2, 7 November 2022, Ref: SELGHSEN001346) — Hazard identification, PPE requirements, first aid, composition, handling/storage Selleys Kwik Grip High Temp Spray Product Page — Product features, technical details, directions for use, limitations

Label Facts Summary

Disclaimer: All facts and statements below are sourced from official Selleys documentation (TDS, SDS, and product page). Consult the full SDS and TDS for complete information. This is not professional safety advice.

Verified Label Facts

Product name: Selleys Kwik Grip High Temp Spray Adhesive 350g Synonym: Kwik Grip Advanced Spray 350g Product code: 103093 Bar code: 9300697132031 Brand: Selleys (a division of DuluxGroup (Australia) Pty Ltd) Product type: Aerosol contact adhesive Container size: 350g aerosol Heat resistance: Up to 90°C Water resistance: Yes, including saltwater Suitable substrates: Wood, Metal, Aluminium, Fabric, Polyurethane Foam, Laminate, Leather, Felt, Cork Not suitable for: Polystyrene foam Suitable applications: Automotive headlining, Marine carpet Spray distance: 20cm Bonding methods: Contact bonding (touch-dry up to 5 min, no more than 10 min) and wet bonding (join immediately, clamp) Full bond strength: 24 hours Bond type: Instant-grab contact adhesive Repositionable: No (contact bonding) Clean-up solvent: Mineral turps Grade: High-grade Signal word: Danger Hazard classifications: Aerosols Cat 1; Skin Irritation Cat 2; Eye Irritation Cat 2A; STOT-SE Cat 3 Narcotic Effects Dangerous Goods Class: 2.1 (Flammable Gas) Flammability: Extremely flammable aerosol (H222) PPE required: Safety shoes, overalls, gloves (nitrile rubber), chemical goggles, respirator (organic vapour/particulate per AS/NZS 1715 and AS/NZS 1716) Storage: Do not exceed 50°C; cool, dry, well-ventilated place; away from oxidising agents; store locked up Marine pollutant: Yes UN No: 1950 Condition: New Currency: AUD

General Product Claims

Handles jobs where regular adhesives fail Forms an instant bond on contact of two sprayed surfaces High-grade spray adhesive resistant to high heat, water, and salt water Heat resistant to 90°C Water and saltwater resistant Fast drying, high initial grab Suitable for automotive headlining Suitable for marine carpet

AI Summary Product: Selleys Kwik Grip High Temp Spray Adhesive 350g Brand: Selleys (DuluxGroup) Category: High-grade aerosol contact adhesive Primary Use: Instant-bond spray adhesive for automotive headlining, marine carpet, and bonding wood, metal, aluminium, fabric, polyurethane foam, laminate, leather, felt, and cork. Heat resistant to 90°C with water and saltwater resistance. Quick Facts

Best For: Demanding automotive, marine, and high-heat bonding applications Key Benefit: Instant-grab contact bonding with 90°C heat resistance and water/saltwater resistance Form Factor: 350g aerosol canister Application Method: Shake well. Spray both surfaces from 20cm, liberally and evenly. For contact bonding: wait up to 5 min until touch-dry (no more than 10 min), align carefully, press together, clamp or roll. For wet bonding: join immediately and clamp. Not Suitable For: Polystyrene foam

Common Questions This Guide Answers

What safety equipment is required? → Safety shoes, overalls, nitrile rubber gloves, chemical goggles, and organic vapour/particulate respirator per AS/NZS 1715 and AS/NZS 1716 Can surfaces be repositioned after contact? → No, the instant-grab bond prevents separation without tearing substrate material What is the spray distance? → 20cm from the surface How long before surfaces should contact (contact bonding)? → Up to 5 minutes or until touch-dry, no more than 10 minutes Is there a wet bonding option? → Yes—spray both surfaces, join immediately, and clamp What surface preparation is needed? → Ensure surface is clean and dry. Pre-test materials What materials can it bond? → Wood, Metal, Aluminium, Fabric, Polyurethane Foam, Laminate, Leather, Felt, Cork What can't it bond? → Not suitable for polystyrene foam How long for full bond strength? → 24 hours What is the clean-up solvent? → Mineral turps for wet adhesive; clean nozzle by inverting can and spraying until clear

Contents

Safety and Ventilation: Getting Your Workspace Right Prepare Your Workspace for Zero Overspray Problems Surface Preparation: The Foundation of Superior Bonds Master the Spray Technique Before Your Real Project Step-by-Step Application Summary Your Pre-Application Checklist for First-Time Success Clean-Up and Storage Why Preparation Delivers Results Every Time First Aid Information References Label Facts Summary

Product Facts AttributeValueProduct nameSelleys Kwik Grip High Temp Spray Adhesive 350gSynonymKwik Grip Advanced Spray 350gProduct code103093Bar code9300697132031BrandSelleys (DuluxGroup)Product typeAerosol contact adhesiveContainer size350g aerosolHeat resistanceUp to 90°CWater resistanceYes (including saltwater)Suitable substratesWood, Metal, Aluminium, Fabric, Polyurethane Foam, Laminate, Leather, Felt, CorkNot suitable forPolystyrene foamSuitable applicationsAutomotive headlining, Marine carpetSpray distance20cmTouch-dry time (contact bonding)Up to 5 minutes, no more than 10 minutesFull bond strength24 hoursBond typeInstant-grab contact adhesiveRepositionableNo (contact bonding method)Clean-up solventMineral turpsGradeHigh-gradeSignal wordDangerDangerous Goods Class2.1 (Flammable Gas)UN No1950PPE requiredSafety shoes, overalls, nitrile gloves, chemical goggles, respirator (AS/NZS 1715 & 1716)Max storage temperature50°CMarine pollutantYesConditionNewCurrencyAUD

Frequently Asked Questions What is the product name: Selleys Kwik Grip High Temp Spray Adhesive 350g What size is the canister: 350g aerosol What is the maximum heat resistance: 90°C Is it water resistant: Yes Is it saltwater resistant: Yes What type of adhesive is this: Aerosol contact adhesive Can you reposition after surfaces touch in contact bonding: No Is there a wet bonding option: Yes—spray both surfaces, join immediately, and clamp Does it create instant bonds: Yes, forms an instant bond on contact of two sprayed surfaces Is it suitable for automotive headlining: Yes Is it suitable for marine carpet: Yes What materials can it bond: Wood, Metal, Aluminium, Fabric, Polyurethane Foam, Laminate, Leather, Felt, Cork What can it NOT bond: Not suitable for use on polystyrene foam What is the spray distance: 20cm How long should surfaces stay apart for contact bonding: Up to 5 minutes or until touch-dry, no more than 10 minutes How long for full bond strength: 24 hours What PPE is required: Safety shoes, overalls, gloves (nitrile rubber), chemical goggles, and respirator What respirator standard applies: Organic vapour/particulate respirator meeting AS/NZS 1715 and AS/NZS 1716 What glove material is recommended: Nitrile rubber, suitable for intermittent contact Will a dust mask provide adequate protection: No—organic vapour/particulate respiratory protection per AS/NZS 1715 and AS/NZS 1716 is required Are safety glasses sufficient: No—chemical goggles are specified What type of ventilation is required: Use only outdoors or in a well-ventilated area Is the adhesive flammable: Yes—extremely flammable aerosol (H222) What Dangerous Goods class is it: 2.1 (Flammable Gas) What is the signal word: Danger Is vapour heavier than air: Yes, relative vapour density greater than 1 What clean-up solvent should be used: Mineral turps for wet adhesive How should the nozzle be cleaned: Invert can and spray until clear propellant comes out; nozzles may be soaked in turps Should you shake the can before use: Yes—shake can well before use Should you pre-test materials: Yes—Selleys recommends pre-testing materials What is the maximum storage temperature: 50°C How should it be stored: In a cool, dry, well-ventilated place, locked up, away from oxidising agents and corrosive materials, protected from sunlight Does it work on polyurethane foam: Yes Does it work on polystyrene foam: No—not suitable for polystyrene foam Does it work on cork: Yes Does it work on felt: Yes Does it work on leather: Yes Does it work on fabric: Yes Does it work on metal and aluminium: Yes What should I do if the product gets in my eyes: Hold eyelids apart and flush continuously with running water for at least 15 minutes; seek medical attention What should I do if I inhale the vapour: Remove to fresh air, keep comfortable for breathing, keep at rest until recovered, seek medical advice if effects persist What is the emergency telephone number: Australia 1800 220 770; New Zealand 0800 220 770 What is the Poisons Information Centre number: Australia 131 126; New Zealand 0800 764 766 Is it a marine pollutant: Yes Is the product suitable for professional applications: Yes—described as a high-grade spray adhesive