# Argonics Inc: Polyurethane products manufacturer Generated by Yoast SEO v28.0, this is an llms.txt file, meant for consumption by LLMs. ## Pages - [Employment Application](https://www.argonics.com/employment-application/) - [Request for Quote](https://www.argonics.com/request-a-quote/) - [Contact us](https://www.argonics.com/contact-us/) - [Home](https://www.argonics.com/) - [Privacy Policy](https://www.argonics.com/privacy-policy/) ## Posts - [Operating Environment](https://www.argonics.com/operating-environment/) - [Molding and Casting Urethane](https://www.argonics.com/molding-and-casting-urethane/) - [Urethane Physical Properties](https://www.argonics.com/urethane-physical-properties/) - [Polyurethane Characteristics](https://www.argonics.com/polyurethane-characteristics/) - [Introduction to Polyurethane Cast Elastomers](https://www.argonics.com/introduction-to-polyurethane-cast-elastomers/) ## Portfolio - [Redi\-Liner Ceramic Modular Lining System \(2010\)](https://www.argonics.com/portfolio/redi-liner-ceramic-modular-lining-system-2010/) - [Redi\-Liner Ceramic Modular Lining System \(2011\)](https://www.argonics.com/portfolio/redi-liner-ceramic-modular-lining-system-2011/) - [Redi\-Liner Ceramic Modular Lining System \(2012\)](https://www.argonics.com/portfolio/redi-liner-ceramic-modular-lining-system-2012/) - [Redi\-Liner Dual Durometer Ceramic Modular Lining System](https://www.argonics.com/portfolio/redi-liner-dual-durometer-ceramic-modular-lining-system/) - [Kryptane Polyurethane Sheets](https://www.argonics.com/portfolio/kryptane-polyurethane-sheets/) ## Custom Parts Gallery - [Exercise Wheel](https://www.argonics.com/custom-parts-gallery/exercise-wheel/) - [Precision Roller](https://www.argonics.com/custom-parts-gallery/precision-roller/) - [Truck Bushing](https://www.argonics.com/custom-parts-gallery/truck-bushing/) - [Prosthetic Suspension](https://www.argonics.com/custom-parts-gallery/prosthetic-suspension/) - [Greenhouse Roller](https://www.argonics.com/custom-parts-gallery/greenhouse-roller/) ## Services - [Wear Problem Solutions](https://www.argonics.com/services/wear-problem-solutions/) - [Custom Polyurethane Engineering](https://www.argonics.com/services/custom-polyurethane-engineering/) - [Custom Manufacturing](https://www.argonics.com/services/custom-manufacturing/) - [Product Development \& Prototyping](https://www.argonics.com/services/product-development-prototyping/) ## Products - [Hybrid Mine Duty](https://www.argonics.com/product/hybrid-mine-duty/): The Hybrid Mine Duty belt cleaner is a dual\-sided cleaner that accepts both our full\-length MDP and 6″ segmented blades\. The patent\-pending MDP blade insert is engineered for strength and toughness\. This system uses our Super Eraser’s \.25″ \(6 mm\) thick, 3\.5″ x 3\.5″ \(89 mm x 89 mm\) tube stock steel mainframe and corrosion\-resistant, galvanized Schedule 160 pipe stub ends for long lasting durability\. - [RTS \- ROSTA Tungsten](https://www.argonics.com/product/rts-rosta-tungsten/): The RTS polyurethane\-free cleaner is perfect for difficult material or harsh environments\. This system uses heavy\-duty steel arms attached to a rugged tube stock mainframe\. The 6″ tungsten\-tipped blades use ROSTA tensioners, which allow the blades to flex with and maintain contact and pressure against the belt\. - [MagnaPatch](https://www.argonics.com/product/magnapatch/): The MagnaPatch is specifically designed to effectively cover holes in walls or chutes\. - [Eraser™](https://www.argonics.com/product/eraser/): The Eraser is our standard industrial workhorse\. It’s designed to handle most conveyor cleaning with a \.25″ \(6 mm\) thick, 3″ x 3″ \(76 mm x 76 mm\) powder\-coated tube stock steel mainframe and corrosion\-resistant, galvanized Schedule 80 pipe stub ends for superior strength and durability\. - [Hex Shield Dead Bed Wear Plates](https://www.argonics.com/product/hex-shield-dead-bed-wear-plates/): Hex Shield is our new dead bed wear plate\. Its honeycomb pockets collect falling material and use it to self\-abrade, helping prevent wear\. Available in two sizes: \