--- title: How to Remove Adhesive from Equipment with Dry Ice Blasting description: Dry ice blasting removes even the strongest adhesives and residues from equipment to improve product quality and reduce downtime between production cycles. image: https://blog.coldjet.com/hubfs/Adhesive%20removal%20with%20dry%20ice%20blasting.png --- [![USA](https://blog.coldjet.com/hubfs/Cold_Jet_August2019%20Theme/Images/usa%20(1).png)English](https://www.coldjet.com/country-selector/) - [Careers](https://www.coldjet.com/careers/) - [About Cold Jet](https://www.coldjet.com/about-cold-jet/) - [Global Presence](https://www.coldjet.com/global-offices/) - [myColdJet Login](https://www.mycoldjet.com/) - [Pay Online](https://www.payerexpress.com/ebp/ColdJet/Login/Index?_fsi=gmZYmFqM) Search for: - [Dry Ice Blasting](https://www.coldjet.com/dry-ice-blasting/) - [Industries](https://www.coldjet.com/dry-ice-blasting/industries/) - [Aerospace & Aviation](https://www.coldjet.com/dry-ice-blasting/industries/aerospace-aviation/) - 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[Educational Content](https://www.coldjet.com/resources/?format=white-papers,webinars,educational-materials) - [Traditional vs. Dry Ice Cleaning](https://www.coldjet.com/dry-ice-blasting-vs-traditional-cleaning/) - [Sustainability](https://www.coldjet.com/sustainability/) - [Contact Us](https://www.coldjet.com/contact-us/) [![USA](https://blog.coldjet.com/hubfs/Cold_Jet_August2019%20Theme/Images/usa%20(1).png)English](https://www.coldjet.com/country-selector/) - [Careers](https://www.coldjet.com/careers/) - [About Cold Jet](https://www.coldjet.com/about-cold-jet/) - [Global Presence](https://www.coldjet.com/global-offices/) - [myColdJet Login](https://www.mycoldjet.com/) - [Pay Online](https://www.payerexpress.com/ebp/ColdJet/Login/Index?_fsi=gmZYmFqM) Your Source for Dry Ice Solutions # How to Remove Adhesive from Equipment with Dry Ice Blasting Posted by [Jonathan Dean](https://blog.coldjet.com/author/jonathan-dean) on Apr 8, 2026 8:00:00 AM Share this post - [Tweet](https://twitter.com/share) ![Adhesive removal with dry ice blasting](https://blog.coldjet.com/hs-fs/hubfs/Adhesive%20removal%20with%20dry%20ice%20blasting.png?width=765&height=574&name=Adhesive%20removal%20with%20dry%20ice%20blasting.png) # Dry Ice Blasting Breaks the Strongest Adhesive Bonds ## *Key Takeaways:* *Dry ice blasting removes industrial adhesives using kinetic impact, thermal shock (-109.3°F or -78.5°C) and gas expansion (800x). Unlike scraping or solvents, it is non-abrasive, leaves no secondary waste, and allows for in-place cleaning without machinery disassembly.* If you work with adhesives in your manufacturing processes, you understand how difficult it can be to remove them. There are multiple methods for getting adhesives off surfaces, tools, and machinery, but only one is proven to be as gentle as it is aggressive: [dry ice blasting](https://www.coldjet.com/dry-ice-blasting/applications/adhesive-removal/).  ## The 3 Primary Reasons Why Adhesives Resist Removal Adhesives are inherently designed to bond to surfaces and not let go. Once they cure, i.e., solidify, adhesives naturally anchor themselves to surfaces through multiple means: ### Molecular Bonding At the microscopic level, adhesives become strongly attached through [electrostatic and chemical](https://pmc.ncbi.nlm.nih.gov/articles/PMC12195023/) bonds between molecules of the adhesive and the substrate. The weaker electrostatic bond works through surface area attraction between molecules while the stronger covalent or ionic chemical bond shares electrons among substrate and adhesive molecules, forcing the two together.  ### Mechanical Bonding All surfaces, including completely smooth ones, have imperfections that are invisible to the naked eye and look like tiny valleys, peaks, and crevices under a microscope. Much in the same way Velcro works through a series of tiny hooks, liquid adhesives fill these spaces and “hook in” once they harden.  ### Duration Bonding Also known as [polymer cross-linking](https://www.researchgate.net/publication/287259440_Adhesion_and_adhesives_technology_An_introduction_Third_edition), this process causes an adhesive's bond strength to increase the longer it remains hardened on a surface. Over time, the adhesive continuously reacts with other elements such as light, heat, and oxygen to create an interconnected polymer web that makes it even tougher. This phenomenon causes older adhesives to resist removal efforts more than newer ones.  All these bond types come together to produce a strong adhesive, and in turn make it particularly difficult to break down. It should be noted that some adhesives are more resistant to cleaning methods than others, so choosing the best method goes deeper than just trying to avoid damaging surfaces.   ## Typical Equipment Needing Adhesive Removal Adhesive buildup is a common maintenance challenge across industries — from packaging and printing lines to aerospace assemblies and electronics manufacturing. Common equipment requiring regular adhesive removal includes: - Glue nozzles and applicators - Cutter drums - Glue assemblies - Gripper drums - Production and processing equipment - Bag-in-box formers - Labelers - Conveyors - Composite layup tools - Bonding fixtures - Printed Circuit Board Boards (PCBs) - Electronic assemblies - Ancillary equipment Depending on the surface or equipment that needs adhesive removal, machinery may typically need to be switched offline to clean off sticky residue with traditional cleaning methods.    ## Why Traditional Adhesive Removal Methods Are Ineffective Since adhesives are intentionally strongly bonded, they put up greater resistance to being removed and thus require more forceful means of separation from surfaces. The problem is that the force required can often have unintentional consequences such as damage to the surface or object from which the adhesive is being removed.  The most common ways to remove adhesives like glue and other bonding agents include the following: ### Forcibly removing the bond by scraping, pulling, or abrasive blasting:  While using a scraper is often the go-to method for adhesive removal, it can also be the most physically damaging. When possible, it is advised to try to slide the edge of a scraper under the adhesive and pry it away from the surface. Using a plastic scraper instead of a metal one can sometimes mitigate scratching damage, but can be less effective against more stubborn adhesives. It should be noted that scaping or pulling adhesives tends to only work with weaker bonds.Tougher adhesives can be removed with sandblasting or another abrasive blasting method in very specific circumstances, but such methods gradually wear down tolerances and profile metal surfaces.. Blasting media waste can also prove destructive if it gets into the inner workings of sensitive machinery. ### Heating the bond to reliquefy the adhesive and be more malleable:  Using direct heat via a heating gun or other heat medium can transform the solid adhesive back into a more viscous form, making it easier to wipe off. However, this method presents two issues:  - Surfaces that are sensitive to heat such as rubber and certain plastics may become warped or damaged from the heat alone.  - Attempting to wipe the reliquefied adhesive away may leave sticky residue behind, requiring extra effort to fully remove all traces.  ### Dissolving the bond through a corrosive chemical process: The most popular method, solvents can be applied to adhesives to dissolve them entirely. Solvents come in many varieties and strengths, including isopropyl alcohol (IPA), acetone, mineral spirits, toluene, and natural citrus-based formulas. However, the harsher chemicals in this list can pose a danger to substrates as well as personnel though exposure to volatile organic compounds (VOC) and potential skin contact.  ### Embrittle the bond so the adhesive loses its structure and breaks away: Typically done through a form of flash freezing, adhesives are exposed to extremely cold temperatures to cause embrittlement. The sudden drop in temperature halts the different bonding processes from engaging, severely weakening or breaking the bond between adhesive and surface. This method is gaining popularity for its rapid effectiveness.     ## How Does Dry Ice Blasting Remove Adhesives? Dry ice blasting is a non-abrasive cleaning method that uses CO2 pellets to embrittle and lift adhesives from substrates. This industrial cleaning method removes adhesives through a three-step process that happens in milliseconds: 1. Kinetic Impact: Dry ice pellets are accelerated at extreme velocity and impact a contaminated surface, embrittling the hardened top layer of the adhesive  2. Thermal Shock: The subzero temperature of dry ice \[-109.3°F (-78.5°C)\] causes the adhesive particles to rapidly contract, loosening their bond from the warmer surface 3. Gas Expansion: Since dry ice sublimates (turns to gas from a solid) upon impact, the rapid release of the CO2 gas causes an 800x expansion effect that forces adhesive particles to separate from the substrate ![Adhesive removal before and after](https://blog.coldjet.com/hs-fs/hubfs/Adhesive-removal-before-and-after.jpg?width=1920&height=1080&name=Adhesive-removal-before-and-after.jpg) ## 6 Reasons Why Dry Ice Blasting Is Superior at Adhesive Removal Beyond giving an operator the ability to remove stuck-on adhesives with little effort, dry ice blasting also offers several benefits that other removal options do not: 1. ### Reduced Cleaning and Downtime: Since dry ice blasting is one of the very few industrial cleaning methods that allow for in-place cleaning, adhesives can be removed from a working machine without the need for shutdown, cooldown, or disassembly. Additionally, dry ice blasting removes adhesives at a much faster pace than traditional methods. 2. ### Non-Abrasive: Dry ice is a softer blasting media option that does not harm most surfaces and does not rely on an inherently corrosive or abrasive nature to break adhesive bonds. Dry ice removes adhesives while preserving critical geometries and surfaces. 3. ### Non-Conductive: If the adhesive is surrounded by sensitive electronic components that require a dry cleaning method, dry ice will not affect their functionality or ability to transfer energy.  4. ### No Secondary Waste or Residue: Dry ice blasting produces no secondary waste and sublimates into gas upon impact—no blasting media to collect and no chemical residue requiring disposal. 5. ### Versatility: Advanced dry ice blasters like the [Cold Jet Aero2 PCS Ultra](https://www.coldjet.com/our-equipment/dry-ice-blasting-equipment/aero2-ultra-series/aero2-pcs-ultra/) provide customization of pellet size, air pressure, and consumption rate to tackle a wide range of adhesive strengths, removing all types of adhesive with ease.  6. ### High ROI: While initial investment is higher than many methods, the ROI value of a [quality dry ice blaster](https://www.coldjet.com/our-equipment/dry-ice-blasting-equipment/) pays for itself quickly (typically 6-18 months) in lower labor costs (up to 70%), less downtime ([up to 60%](https://www.coldjet.com/resources/chocolate-facility/)), no waste disposal, and less equipment wear. ## 4 Steps for Removing Adhesives with Dry Ice Blasting 1. ### Evaluate adhesive type, hardness, and age Knowing what kind of adhesive you are dealing with is a critical first step in the removal process. Different adhesives cure at different rates and have different molecular structures that affect their final hardness. Additionally, adhesives that have been stuck onto surfaces for longer may present a tougher challenge. Understanding these factors will play a significant role in choosing your dry ice pellet size, blasting pressure, consumption rate, and other dry ice blaster settings for a successful removal.  2. ### Evaluate substrate material and surface texture While dry ice blasting is non-abrasive, different equipment and materials have different blasting tolerances, so ensuring your machinery can withstand the cleaning process cannot be understated. Additionally, smooth and uneven textures alike should be evaluated for any hard-to-reach spots and blasting sensitivities. 3. ### Choose dry ice blaster settings to fit the adhesive type, hardness, and substrate being cleaned  Here are some key points to remember when choosing your dry ice blasting settings: •  Harder, more stuck-on adhesives typically need a larger pellet size and higher air pressure to loosen the sticky bond and separate from the substrate •  Delicate surfaces with sensitive textures and equipment, especially electronic components, should use smaller pellet sizes and lower air pressures to avoid damage  4. ### Choose the correct nozzle Choose a nozzle type that suits the surface you are removing adhesive from and one that offers versatility to clean various contaminant types at the same time when possible. Ensure the nozzle can also clean the hard-to-reach spots.   ## Final Takeaway: Dry Ice Blasting is Highly Effective at Removing Adhesives Removing adhesives from industrial equipment, whether inside facilities or out in the field, can be a challenge for any engineer or maintenance technician. However, dry ice blasting simplifies the process by breaking  adhesive bond types at a microscopic level. Through coupling the sublimation process with kinetic energy and extreme cold, dry ice blasting dissipates adhesive bonds in milliseconds, leaving surfaces clean and ready to resume work.    Want to know if dry ice blasting can solve your sticky situations?  [Contact Cold Jet to see how cold science can break bonds for you! ](https://www.coldjet.com/contact-us/) [Injection mold cleaning](https://blog.coldjet.com/tag/injection-mold-cleaning), [Food and Beverage](https://blog.coldjet.com/tag/food-and-beverage), [Benefits of dry ice blasting](https://blog.coldjet.com/tag/benefits-of-dry-ice-blasting), [Printing](https://blog.coldjet.com/tag/printing), [Adhesive Removal](https://blog.coldjet.com/tag/adhesive-removal), [Manufacturing](https://blog.coldjet.com/tag/manufacturing) ### Subscribe Here! ## Featured posts ### Posts by Tag - [Adhesive Removal (1)](https://blog.coldjet.com/tag/adhesive-removal) - [Aero2 Series (1)](https://blog.coldjet.com/tag/aero2-series) - [Aerospace (2)](https://blog.coldjet.com/tag/aerospace) - 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[Surface Preparation (3)](https://blog.coldjet.com/tag/surface-preparation) - [Sustainability (2)](https://blog.coldjet.com/tag/sustainability) - [thought leadership (1)](https://blog.coldjet.com/tag/thought-leadership) - [Ultrasonic cleaning (1)](https://blog.coldjet.com/tag/ultrasonic-cleaning) - [Weld Lines (1)](https://blog.coldjet.com/tag/weld-lines) See all [![Cold Jet](https://blog.coldjet.com/hubfs/Cold_Jet_August2019%20Theme/Images/coldjet-white-no-tagline.svg)](https://www.coldjet.com) Global Headquarters 6283 Tri Ridge Blvd. Loveland, OH 45140, USA - - - - - -   © 2026 Cold Jet | [Legal](https://www.coldjet.com/legal/) | [Privacy Policy](https://www.coldjet.com/privacy-policy/) | [Pay Online](https://www.payerexpress.com/ebp/ColdJet/Login/Index)  [![USA](https://blog.coldjet.com/hubfs/Cold_Jet_August2019%20Theme/Images/usa%20(1).png)English](https://www.coldjet.com/country-selector/) ```json { "@context" : "https://schema.org", "@type" : "BlogPosting", "author" : { "@type" : "Person", "name" : "Jonathan Dean", "url" : "https://blog.coldjet.com/author/jonathan-dean" }, "dateModified" : "2026-06-03T17:39:01.274Z", "datePublished" : "2026-04-08T12:00:00.000Z", "headline" : "How to Remove Adhesive from Equipment with Dry Ice Blasting", "image" : [ "https://blog.coldjet.com/hubfs/Adhesive%20removal%20with%20dry%20ice%20blasting.png" ], "mainEntityOfPage" : { "@id" : "https://blog.coldjet.com/how-to-remove-adhesive-from-equipment-with-dry-ice-blasting", "@type" : "WebPage" }, "publisher" : { "@type" : "Organization", "logo" : { "@type" : "ImageObject", "url" : "https://blog.coldjet.com/hubfs/Logos/blue%20tagline.png" }, "name" : "Cold Jet" } } ``` ```json { "@context" : "https://schema.org", "@id" : "https://blog.coldjet.com/why-dry-ice-blasting-is-preferred-for-injection-mold-cleaning#faq", "@type" : "FAQPage", "inLanguage" : "en-US", "isPartOf" : { "@id" : "https://blog.coldjet.com/why-dry-ice-blasting-is-preferred-for-injection-mold-cleaning", "@type" : "WebPage" }, "mainEntity" : [ { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Dry ice blasting is preferred for injection mold cleaning because it cleans faster, safer, and with less downtime than traditional methods. It is non-abrasive (1.5 on the Mohs hardness scale), making it safe for polished mold surfaces and intricate geometries. It is non-conductive, allowing it to clean electrical components on the press without damage. It produces no secondary waste because dry ice sublimates into CO2 gas on impact. It cleans hard-to-reach areas like vent channels and parting lines. Most importantly, molds do not need to be taken offline, cooled, or disassembled, with documented reductions in cleaning-related downtime of 50% or more compared to traditional mold cleaning." }, "name" : "Why is dry ice blasting preferred for injection mold cleaning?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Injection molds accumulate five primary types of contamination during production: resin buildup and off-gassing residue, mold release agents, carbon deposits, factory dust, and oil and grease. Beyond the primary cavity surfaces, microscopic parting-line vents become severely restricted by off-gassing residue, which traps volatiles and causes defects like dieseling (burn marks) and short shots if left unaddressed." }, "name" : "What kinds of contamination build up on injection molds?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Unclean injection molds cause cascading quality and cost problems. Contamination leads to part defects including warping, texture imperfections, dieseling (burn marks from trapped gases), and short shots from blocked vents. Even a small defect, duplicated across thousands of units in a production run, drives scrap rates up significantly. Unclean molds also lower Overall Equipment Effectiveness (OEE) scores, reduce productivity, increase labor costs from rework and scrap handling, and shorten mold service life when contamination is eventually addressed with aggressive cleaning methods." }, "name" : "What happens if injection molds are not cleaned regularly?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Traditional injection mold cleaning methods require taking the press offline, waiting hours for the tool to cool down, disassembling the tool, and performing hours of labor-intensive abrasive cleaning. This sequence creates significant production downtime. The abrasive methods themselves can damage high-value injection molds — even small chips, scratches, or scrapes affect part quality and can ruin entire production batches. Chemical-based cleaners can strip the outer layers of mold steel over time, shortening service life. Replacement molds are expensive, so any cleaning method that risks mold damage carries substantial financial risk." }, "name" : "Why are traditional methods bad for cleaning injection molds?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Dry ice blasting cleans injection molds through three combined mechanisms that happen in milliseconds. Kinetic impact: dry ice pellets accelerated at high velocity strike the contamination, embrittling the surface layer. Thermal shock: the -109.3°F (-78.5°C) temperature of dry ice causes contaminants to rapidly contract and crack, breaking their bond to the warmer mold surface. Gas expansion: dry ice sublimates on impact, expanding 800x in volume and lifting contaminant particles off the mold. Because dry ice rates only 1.5 on the Mohs hardness scale, the process cleans without damaging the polished steel mold surface or affecting intricate geometries like cavities, vents, and parting lines." }, "name" : "How does dry ice blasting clean injection molds?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Yes. Dry ice blasting allows injection molds to be cleaned in-place, in the press, at operating temperature, without disassembly. Because the process is dry, non-conductive, and produces no secondary waste, there is no need to shut down the machine, cool the mold, or remove it from the press. Cleaning can take place between production runs with minimal disruption. This is the key operational difference versus traditional cleaning, which requires shutdown, cooldown, disassembly, and reassembly cycles." }, "name" : "Can injection molds be cleaned in-place without disassembly?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Five critical areas of an injection mold require regular cleaning to maintain functionality: cavities and cores (where the part is formed), vent channels (which trap off-gassing residue and cause dieseling when blocked), ejector pin locations (where buildup can cause sticking and part deformation), parting lines (where flash and residue accumulate), and slides and lifters (which can stick or wear unevenly when contaminated). Dry ice blasting is particularly effective for these areas because pellets can reach into tight crevices and small geometries that traditional cleaning methods struggle with." }, "name" : "What areas of an injection mold need to be cleaned?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Documented case studies show dry ice blasting reduces cleaning-related downtime by 50% or more compared to traditional injection mold cleaning. The time savings come from eliminating the shutdown, cooldown, disassembly, and reassembly steps required by traditional methods — molds can stay hot and in-place during cleaning. Cleanings that previously required hours of labor and pulled production offline can now happen between production runs with minimal disruption." }, "name" : "How much faster is dry ice blasting than traditional mold cleaning?" }, { "@type" : "Question", "acceptedAnswer" : { "@type" : "Answer", "text" : "Yes. Incorporating dry ice blasting into a regular preventative maintenance schedule keeps injection molds performing at peak capacity. Because dry ice blasting requires no disassembly and doesn't take machines offline, scheduled cleanings can happen between production runs with minimal disruption. The three documented outcomes of routine dry ice mold cleaning are longer production runs with less downtime, longer mold service life (reducing replacement costs), and lower scrap rates from quality defects. This represents a shift from reactionary mold cleaning to proactive maintenance." }, "name" : "Should dry ice blasting be part of a regular injection mold maintenance program?" } ], "url" : "https://blog.coldjet.com/why-dry-ice-blasting-is-preferred-for-injection-mold-cleaning" } ``` ```json { "@context" : "https://schema.org", "@id" : "https://blog.coldjet.com/why-dry-ice-blasting-is-preferred-for-injection-mold-cleaning#howto", "@type" : "HowTo", "description" : "A four-step process for safely cleaning injection molds with dry ice blasting, covering contaminant evaluation, substrate assessment, blaster setting selection, and targeting of critical mold areas.", "name" : "How to Clean Injection Molds with Dry Ice Blasting", "step" : [ { "@type" : "HowToStep", "name" : "Evaluate contaminant type and saturation", "position" : 1, "text" : "Identify the type and level of contamination on the mold — resin buildup, mold release agents, carbon deposits, oil and grease, or factory dust. Saturation level and contaminant type determine the appropriate dry ice pellet size, blasting pressure, and consumption rate." }, { "@type" : "HowToStep", "name" : "Evaluate substrate material and surface texture", "position" : 2, "text" : "Assess the mold material and finish. Most injection molds are polished industrial-grade steel, but mold variants may require additional assessment for temperature or blasting tolerances. Identify uneven or carved textures, intricate geometries, and hard-to-reach areas that may need specialized nozzles." }, { "@type" : "HowToStep", "name" : "Choose dry ice blaster settings to match the contaminant and mold", "position" : 3, "text" : "Configure pellet size, air pressure, and nozzle selection. For harder, thicker, and more stuck-on contaminants, use larger pellet sizes and higher pressure. For delicate surfaces with sensitive geometries and textures, use smaller pellet sizes and lower pressures. Choose a nozzle that suits the surface and offers versatility to clean various surface types in a single session, including hooked nozzles for tight spaces." }, { "@type" : "HowToStep", "name" : "Clean critical areas of the injection mold", "position" : 4, "text" : "Target the five functional areas of the mold: cavities and cores, vent channels, ejector pin locations, parting lines, and slides and lifters. Vent channels in particular accumulate off-gassing residue and require attention to prevent dieseling and short shots. The mold can remain hot and in-place during cleaning." } ], "supply" : [ { "@type" : "HowToSupply", "name" : "High-density 3mm dry ice pellets" }, { "@type" : "HowToSupply", "name" : "OSHA-approved PPE (insulated gloves, safety glasses, hearing protection)" } ], "tool" : [ { "@type" : "HowToTool", "name" : "Dry ice blaster" }, { "@type" : "HowToTool", "name" : "Compressed air source (typically 100 CFM at 80 PSI)" }, { "@type" : "HowToTool", "name" : "Application-appropriate blasting nozzle, including hooked nozzles for tight spaces" } ], "totalTime" : "PT20M" } ``` ```json { "@context" : "https://schema.org", "@id" : "https://blog.coldjet.com/why-dry-ice-blasting-is-preferred-for-injection-mold-cleaning#breadcrumbs", "@type" : "BreadcrumbList", "itemListElement" : [ { "@type" : "ListItem", "item" : "https://www.coldjet.com/", "name" : "Home", "position" : 1 }, { "@type" : "ListItem", "item" : "https://blog.coldjet.com/", "name" : "Blog", "position" : 2 }, { "@type" : "ListItem", "item" : "https://blog.coldjet.com/why-dry-ice-blasting-is-preferred-for-injection-mold-cleaning", "name" : "Why Dry Ice Blasting Is Preferred for Injection Mold Cleaning", "position" : 3 } ] } ``` ```json { "@context" : "https://schema.org", "@id" : "https://blog.coldjet.com/why-dry-ice-blasting-is-preferred-for-injection-mold-cleaning#webpage-augment", "@type" : "WebPage", "about" : [ { "@type" : "Thing", "name" : "Injection molding", "sameAs" : "https://en.wikipedia.org/wiki/Injection_moulding" }, { "@type" : "Thing", "name" : "Injection mold cleaning" }, { "@type" : "Thing", "name" : "Dry ice blasting", "sameAs" : "https://en.wikipedia.org/wiki/Dry-ice_blasting" }, { "@type" : "Thing", "name" : "Plastics manufacturing" }, { "@type" : "Thing", "name" : "Industrial maintenance" } ], "alternativeHeadline" : "Dry Ice Blasting: Cleaner Molds. 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