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  "title": "Selleys Plasti-Bond Heavy Duty Polyester Putty 09",
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  "content": "## AI Summary\n\n**Product:** Selleys Plasti-Bond Heavy Duty Bog Resin\n**Brand:** Selleys (a division of DuluxGroup Australia Pty Ltd)\n**Category:** Two-pack polyester putty filler system\n**Primary Use:** Strong, durable filling of holes and cracks in building materials using a chemically cured two-pack resin and hardener system.\n\n### Quick Facts\n- **Best For:** Professional and trade users who need a harder, more structurally sound fill than single-component air-dry fillers\n- **Key Benefit:** Chemical curing via polymerisation delivers superior hardness, shrinkage resistance, and a sandable, paintable surface\n- **Form Factor:** Thick grey paste (resin) combined with dedicated Plasti-Bond Hardener before use\n- **Application Method:** Mix resin with dedicated Plasti-Bond Hardener immediately before applying to substrate\n\n### Common Questions This Guide Answers\n1. What PPE is required to use Plasti-Bond Heavy Duty Bog Resin safely? → Nitrile gloves, safety glasses or chemical splash goggles, overalls, closed safety shoes, and an organic vapour and particulate respirator compliant with AS/NZS 1715 and AS/NZS 1716\n2. What are the hazard classifications for this product? → Class 3 Flammable Liquid (Dangerous Goods), skin irritant, eye irritant, skin sensitiser, suspected reproductive toxicant, and organ damage through repeated exposure — GHS signal word: Danger\n3. How must uncured resin waste be disposed of? → As hazardous waste through an approved chemical waste contractor — must not be poured down drains, into waterways, or placed in general household waste\n\n---\n\n## Selleys Plasti-Bond Heavy Duty Bog Resin — Complete Product Guide\n\n## Product Overview\n\nSelleys Plasti-Bond Heavy Duty Bog Resin is a two-pack polyester putty system built for strong, durable filling of holes and cracks in building materials. Manufactured by Selleys, a division of DuluxGroup Australia Pty Ltd, it comes as a grey paste that you always combine with the dedicated Plasti-Bond Hardener before use. The result is a chemically cured filler — not a simple air-dry compound — and that distinction matters. It delivers hardness and structural integrity that single-component fillers cannot match.\n\nThis guide suits anyone picking up Plasti-Bond Heavy Duty Bog Resin for the first time, and those who have used similar products and want to understand this system more deeply. Because it is classified as Dangerous Goods Class 3 (flammable liquid) with a GHS signal word of **Danger**, knowing how to use it correctly is not optional. It is essential for professional results and personal safety.\n\n---\n\n## How the Two-Pack System Works\n\nThe defining feature of Plasti-Bond Heavy Duty Bog Resin is its two-pack system. The resin comes separately from the Plasti-Bond Hardener, and you combine the two immediately before application. This is what sets it apart — and what makes it perform.\n\n### Why two packs?\n\nSingle-component fillers cure by drying — water or solvent evaporates and the filler hardens. Two-pack polyester systems cure through a chemical reaction between the resin and hardener. When you introduce the hardener to the resin, it triggers polymerisation: molecules cross-link and form a rigid, dense matrix. This process is not reversible and does not depend on evaporation. The cured filler therefore delivers:\n\n- Resistance to shrinkage\n- Significantly greater hardness than air-dry alternatives\n- A surface you can sand, shape, and paint once fully cured\n\n### The role of the hardener\n\nThe Plasti-Bond Hardener is a dedicated component — it is not interchangeable with hardeners from other product lines. Using the wrong hardener leads to incomplete curing, poor adhesion, or unpredictable chemical behaviour. Always use the Plasti-Bond Hardener specifically paired with this resin. No substitutions.\n\nThe mixing ratio matters. Too little hardener and the filler may stay soft or tacky. Too much and the pot life — the working time before the mixture begins to set — shortens dramatically, and the cured result can become brittle. Follow the manufacturer's mixing instructions precisely.\n\n---\n\n## Physical Properties of the Resin\n\nKnowing the physical properties of the unmixed resin sets accurate expectations before you open the container.\n\n- **Form:** Paste — thick and workable, not a liquid or powder\n- **Colour:** Grey — consistent throughout the paste, which helps confirm even mixing when combined with the typically cream or red-toned hardener\n- **Odour:** Characteristic — the resin has a noticeable chemical smell associated with styrene and polyester chemistry; this is expected and normal, and it reinforces the importance of working in a well-ventilated space\n- **Water solubility:** Insoluble — the cured product will not dissolve or soften in water, supporting its durability in interior and protected exterior applications\n\nThe grey colour serves a practical purpose beyond aesthetics. When you blend the resin with the hardener — which is typically a different colour — achieving a uniform, streak-free colour in the mixed putty confirms the two components are thoroughly combined. Consistent colour means consistent cure.\n\n---\n\n## Hazard Classification and What It Means\n\nPlasti-Bond Heavy Duty Bog Resin carries a **Danger** signal word — the higher of the two GHS signal words (the other being Warning). This classification reflects several overlapping hazard categories you need to understand before handling the product.\n\n### Dangerous Goods Class 3 — Flammable Liquid\n\nThe resin is classified as a Class 3 Dangerous Good: Flammable Liquid. It contains flammable solvents with a flash point that places it in the regulated flammable category under Australian dangerous goods legislation. In practical terms:\n\n- Keep the product away from open flames, sparks, and heat sources\n- Do not use near pilot lights, welding equipment, or any ignition source\n- Store in a cool, well-ventilated area away from direct sunlight and heat\n- Keep containers tightly sealed when not in use\n\n### Skin and eye irritant\n\nDirect contact with the unmixed resin causes irritation to skin and eyes. This is not a minor precaution — repeated or prolonged skin contact can progress beyond irritation into sensitisation (see below). Avoid touching your face during use, and wash hands thoroughly after any contact.\n\n### Skin sensitiser\n\nThis is a critical hazard for anyone using the product regularly. A skin sensitiser is a substance that, after repeated exposure, causes the immune system to develop an allergic response. Once sensitisation occurs, even very small amounts of the substance can trigger a reaction — and sensitisation is generally permanent. Barrier protection is non-negotiable. Wear your gloves every time, without exception.\n\n### Suspected reproductive toxicant\n\nThe resin is classified as a suspected reproductive toxicant, meaning evidence suggests it may affect reproductive health or development. Pregnant individuals or those planning pregnancy should seek specific medical advice before using this product and consider whether an alternative is appropriate.\n\n### Organ damage through repeated exposure\n\nRepeated or prolonged exposure — particularly through inhalation — is associated with organ damage. Target organs are not specified by manufacturer; this classification is consistent with the solvent content of polyester resin systems, where the liver and respiratory system are commonly implicated in occupational exposure studies. Proper PPE and ventilation are your best protection.\n\n---\n\n## Required Personal Protective Equipment (PPE)\n\nGiven the hazard profile above, PPE requirements for Plasti-Bond Heavy Duty Bog Resin are specific and mandatory — not suggestions. Every time you use this product, the following equipment goes on first.\n\n### Gloves — nitrile\n\nStandard latex gloves are not appropriate. Nitrile gloves are required because nitrile provides effective resistance to the chemical compounds in polyester resin systems. Latex degrades rapidly on contact with styrene-based products, giving a false sense of protection. Use nitrile gloves rated for chemical resistance, and replace them immediately if they become contaminated or torn.\n\n### Safety glasses\n\nEye protection guards against splashes during mixing and application. Standard prescription glasses do not provide splash protection. Wear safety glasses with side shields, or chemical splash goggles, every time.\n\n### Overalls\n\nSkin coverage beyond your hands is required. Overalls protect your arms, torso, and legs from incidental contact and splashing. If overalls become contaminated with resin, remove them promptly and wash before re-wearing.\n\n### Safety shoes\n\nClosed, protective footwear prevents contact with spilled product and reduces slip risk if the flammable liquid contacts hard flooring.\n\n### Organic vapour and particulate respirator\n\nThis is the most technically specific PPE requirement on the list. A standard dust mask is not appropriate. The required respirator must:\n\n- Comply with **AS/NZS 1715** — the Australian/New Zealand standard for Selection, Use and Maintenance of Respiratory Protective Equipment\n- Comply with **AS/NZS 1716** — the Australian/New Zealand standard for Respiratory Protective Devices\n\nIn practical terms, this means a half-face or full-face respirator fitted with combination cartridges rated for organic vapours and particulates. The organic vapour cartridge addresses solvent inhalation risk. The particulate component addresses aerosol or dust generated during sanding of the cured filler. Cartridges have a finite service life — replace them on schedule and never use spent cartridges.\n\n---\n\n## Ventilation Requirements\n\nThe flammable liquid classification and the organ damage hazard both point to the same requirement: work in a well-ventilated area. For indoor applications, this means:\n\n- Opening windows and doors to create cross-ventilation\n- Using mechanical ventilation — fans, exhaust systems — where natural airflow is not strong enough\n- Never working in enclosed spaces such as roof cavities, confined storage areas, or rooms with no air movement\n\nEven with a properly fitted respirator, ventilation reduces overall vapour concentration in the work environment. That lowers your exposure risk and reduces the build-up of flammable vapour near ignition sources.\n\n---\n\n## Storage and Handling\n\n### Storage conditions\n\nAs a Class 3 flammable liquid, storage must comply with relevant Australian dangerous goods storage requirements:\n\n- Store in a cool, dry, well-ventilated area\n- Keep away from heat, sparks, and open flame\n- Keep containers tightly closed when not in use — both to prevent vapour release and to prevent moisture ingress that could affect the resin\n- Store away from oxidising agents and incompatible materials (refer to manufacturer specification sheet for a full incompatibility list)\n\n### Shelf life and container integrity\n\nOnce opened, use the resin within the manufacturer's recommended timeframe. Exposure to air, heat, or contamination from the hardener can initiate partial polymerisation in the container, making the product unusable. Always replace the lid firmly after each use.\n\n### First aid — key points\n\n- **Skin contact:** Remove contaminated clothing, wash the affected area thoroughly with soap and water. Seek medical attention if irritation persists.\n- **Eye contact:** Rinse immediately with clean water for at least 15 minutes. Seek medical attention.\n- **Inhalation:** Move to fresh air immediately. Seek medical attention if symptoms — dizziness, headache, respiratory irritation — persist.\n- **Ingestion:** Do not induce vomiting. Seek immediate medical attention and contact Poison Information Centre — **13 11 26** (Australia).\n\n---\n\n## Disposal\n\nCured waste — hardened offcuts, used mixing boards — can generally be disposed of as solid waste in line with local regulations. Uncured resin and contaminated liquid waste must be treated as hazardous waste and disposed of through an approved chemical waste contractor. Do not pour it down drains, into waterways, or place it in general household waste. Check with your local council or state environment authority for approved disposal options in your area.\n\n---\n\n## Regulatory and Safety Reference Standards\n\nThe product is governed by and references the following Australian standards and regulatory frameworks:\n\n- **AS/NZS 1715** — Selection, Use and Maintenance of Respiratory Protective Equipment\n- **AS/NZS 1716** — Respiratory Protective Devices\n- **Australian Dangerous Goods Code (ADG Code)** — Class 3 Flammable Liquids\n- **GHS (Globally Harmonised System of Classification and Labelling of Chemicals)** — the international framework underpinning the hazard classifications and signal word used on this product\n\n---\n\n## References\n\n- [Selleys Plasti-Bond Heavy Duty Bog Resin — Safety Data Sheet (SDS), Reference SELGHSEN000285, Version 3.1, Issued 29 April 2025](https://www.selleys.com.au) — Based on manufacturer documentation provided\n- [AS/NZS 1715:2009 — Selection, Use and Maintenance of Respiratory Protective Equipment](https://www.standards.org.au/standards-catalogue/sa-snz/health/sf-023/as-slash-nzs--1715-2009)\n- [AS/NZS 1716:2012 — Respiratory Protective Devices](https://www.standards.org.au/standards-catalogue/sa-snz/health/sf-023/as-slash-nzs--1716-2012)\n- [Australian Dangerous Goods Code (ADG Code) — National Transport Commission](https://www.ntc.gov.au/transport-standards/australian-dangerous-goods-code)\n- [Poison Information Centre Australia — 13 11 26](https://www.poisonsinfo.org.au)\n\n---\n\n## Frequently Asked Questions\n\nWhat is Selleys Plasti-Bond Heavy Duty Bog Resin: A two-pack polyester putty filler system\n\nWho manufactures Plasti-Bond Heavy Duty Bog Resin: Selleys, a division of DuluxGroup Australia Pty Ltd\n\nWhat form does the resin come in: A thick paste\n\nWhat colour is the resin: Grey\n\nDoes the resin have an odour: Yes, a characteristic chemical smell\n\nIs the resin water-soluble: No, it is insoluble in water\n\nIs this a single-component filler: No, it is a two-pack system\n\nDoes the resin cure by air drying: No, it cures through a chemical reaction\n\nWhat triggers the curing process: Mixing the resin with the dedicated hardener\n\nWhat chemical process occurs during curing: Polymerisation — molecules cross-link to form a rigid matrix\n\nIs the curing process reversible: No, it is not reversible\n\nDoes the cured filler shrink: No, it resists shrinkage\n\nIs the cured surface sandable: Yes\n\nIs the cured surface paintable: Yes\n\nIs the hardener included with the resin: No, it is a separate component\n\nWhat hardener must be used with this resin: The dedicated Plasti-Bond Hardener only\n\nCan I substitute a different brand's hardener: No, no substitutions are permitted\n\nWhat happens if too little hardener is used: The filler may stay soft or tacky\n\nWhat happens if too much hardener is used: Pot life shortens and the cured result can become brittle\n\nWhat is pot life: The working time before the mixed filler begins to set\n\nHow do I confirm the two components are thoroughly mixed: The blended colour becomes uniform and streak-free\n\nWhy is the grey colour of the resin useful during mixing: It contrasts with the hardener colour to confirm even blending\n\nWhat is the GHS signal word for this product: Danger\n\nIs \"Danger\" the higher or lower GHS signal word: It is the higher of the two GHS signal words\n\nWhat is the Dangerous Goods classification of this product: Class 3 Flammable Liquid\n\nWhat does Class 3 Dangerous Goods mean: The product contains flammable solvents\n\nDoes the resin irritate skin: Yes\n\nDoes the resin irritate eyes: Yes\n\nIs the resin a skin sensitiser: Yes\n\nWhat does skin sensitiser mean: Repeated exposure can trigger a permanent allergic immune response\n\nIs sensitisation reversible once it occurs: No, sensitisation is generally permanent\n\nIs the resin a suspected reproductive toxicant: Yes\n\nShould pregnant individuals use this product without advice: No, seek specific medical advice first\n\nIs repeated inhalation exposure associated with organ damage: Yes\n\nWhat type of gloves are required: Nitrile gloves rated for chemical resistance\n\nAre latex gloves suitable for this product: No, latex degrades on contact with styrene-based products\n\nIs eye protection required: Yes, safety glasses or chemical splash goggles\n\nAre standard prescription glasses sufficient eye protection: No, they do not provide splash protection\n\nAre overalls required: Yes\n\nWhat should you do if overalls become contaminated: Remove them promptly and wash before re-wearing\n\nAre safety shoes required: Yes, closed protective footwear\n\nIs a standard dust mask sufficient respiratory protection: No, it is not appropriate\n\nWhat type of respirator is required: An organic vapour and particulate respirator\n\nWhich Australian standard governs respirator selection: AS/NZS 1715\n\nWhich Australian standard covers respiratory protective devices: AS/NZS 1716\n\nDo respirator cartridges last indefinitely: No, they have a finite service life and must be replaced on schedule\n\nIs ventilation required during use: Yes, work in a well-ventilated area\n\nIs mechanical ventilation ever necessary: Yes, when natural airflow is insufficient\n\nCan this product be used in enclosed spaces: No\n\nDoes good ventilation reduce flammable vapour build-up: Yes\n\nShould the product be kept away from open flames: Yes\n\nShould the product be kept away from sparks: Yes\n\nShould the product be kept away from heat sources: Yes\n\nWhat are the storage temperature requirements: Cool, dry, and well-ventilated area\n\nMust containers be kept tightly closed during storage: Yes\n\nWhat happens if the resin is exposed to air or heat in the container: Partial polymerisation can render it unusable\n\nFirst aid for skin contact — step 1: Remove contaminated clothing\n\nFirst aid for skin contact — step 2: Wash thoroughly with soap and water\n\nWhen should you seek medical attention after skin contact: If irritation persists\n\nFirst aid for eye contact: Rinse immediately with clean water for at least 15 minutes\n\nShould you seek medical attention after eye contact: Yes\n\nFirst aid for inhalation: Move to fresh air immediately\n\nAustralia's Poison Information Centre phone number: 13 11 26\n\nShould vomiting be induced if the product is ingested: No\n\nCan cured waste be disposed of as solid waste: Yes, in line with local regulations\n\nCan uncured resin be poured down the drain: No\n\nHow must uncured resin waste be disposed of: Through an approved chemical waste contractor\n\nCan uncured resin be placed in general household waste: No\n\nWhich regulatory code governs transport of this product: The Australian Dangerous Goods Code (ADG Code)\n\nWhich international framework underpins the hazard classifications: The GHS (Globally Harmonised System)\n\nWhat is the SDS reference number for this product: SELGHSEN000285\n\nWhat version is the current Safety Data Sheet: Version 3.1\n\nWhen was the current Safety Data Sheet issued: 29 April 2025\n\nIs this product suitable for filling holes and cracks in building materials: Yes\n\nIs this product harder than single-component air-dry fillers: Yes, significantly harder\n\n---\n\n## Label Facts Summary\n\n> **Disclaimer:** All facts and statements below are general product information, not professional advice. Consult relevant experts for specific guidance.\n\n### Verified Label Facts\n\n- **Product name:** Selleys Plasti-Bond Heavy Duty Bog Resin\n- **Product type:** Two-pack polyester putty filler system\n- **Manufacturer:** Selleys, a division of DuluxGroup Australia Pty Ltd\n- **Form:** Paste (thick and workable)\n- **Colour:** Grey\n- **Odour:** Characteristic chemical smell\n- **Water solubility:** Insoluble\n- **Curing mechanism:** Chemical reaction (polymerisation) — not air-dry\n- **System components:** Resin (sold separately from hardener)\n- **Required hardener:** Dedicated Plasti-Bond Hardener only — no substitutions permitted\n- **GHS signal word:** Danger\n- **Dangerous Goods classification:** Class 3 Flammable Liquid\n- **Hazard classifications:** Skin irritant, eye irritant, skin sensitiser, suspected reproductive toxicant, organ damage through repeated exposure\n- **Required PPE — gloves:** Nitrile gloves rated for chemical resistance (latex not suitable)\n- **Required PPE — eye protection:** Safety glasses or chemical splash goggles (standard prescription glasses not sufficient)\n- **Required PPE — body:** Overalls\n- **Required PPE — footwear:** Closed protective safety shoes\n- **Required PPE — respiratory:** Organic vapour and particulate respirator compliant with AS/NZS 1715 and AS/NZS 1716 (standard dust mask not appropriate)\n- **Ventilation requirement:** Well-ventilated area; mechanical ventilation required where natural airflow is insufficient; not suitable for use in enclosed spaces\n- **Storage requirements:** Cool, dry, well-ventilated area; away from heat, sparks, and open flame; containers tightly closed when not in use\n- **First aid — skin contact:** Remove contaminated clothing; wash thoroughly with soap and water; seek medical attention if irritation persists\n- **First aid — eye contact:** Rinse immediately with clean water for at least 15 minutes; seek medical attention\n- **First aid — inhalation:** Move to fresh air immediately; seek medical attention if symptoms persist\n- **First aid — ingestion:** Do not induce vomiting; seek immediate medical attention; contact Poison Information Centre — 13 11 26 (Australia)\n- **Uncured waste disposal:** Hazardous waste — must be disposed of through an approved chemical waste contractor; must not be poured down drains or placed in general household waste\n- **Cured waste disposal:** May be disposed of as solid waste in line with local regulations\n- **Applicable standards:** AS/NZS 1715, AS/NZS 1716, Australian Dangerous Goods Code (ADG Code) Class 3, GHS\n- **SDS reference number:** SELGHSEN000285\n- **SDS version:** 3.1\n- **SDS issue date:** 29 April 2025\n\n---\n\n### General Product Claims\n\n- Delivers hardness and structural integrity that single-component fillers cannot match\n- Resists shrinkage after curing\n- Cured surface is sandable and paintable\n- Grey colour of resin contrasts with hardener colour to confirm thorough mixing\n- Suitable for filling holes and cracks in building materials\n- Significantly harder than air-dry single-component alternatives\n- Curing process is not reversible\n- Using too little hardener may cause the filler to remain soft or tacky\n- Using too much hardener shortens pot life and can cause brittleness in the cured result\n- Latex gloves degrade rapidly on contact with styrene-based products\n- Exposure to air, heat, or hardener contamination in the container can initiate partial polymerisation, rendering the product unusable\n- Sensitisation from repeated skin exposure is generally permanent",
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