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Thermal Insulating Coatings – The Future of Insulation: Thermal Insulating Coatings not only retain energy, but also protect substrates and personnel

Picture for Thermal Insulating Coatings – The Future of Insulation: Thermal Insulating Coatings not only retain energy, but also protect substrates and personnel
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Thermal Insulating Coatings are a relatively young technology but are gaining worldwide acceptance quickly due to their energy retention capabilities, easy application, ability to protect substrates, reducing maintenance and personnel protection costs. Not to be confused with reflective roof coatings, TICs use all 5 thermal dynamic blocking agents (or principles) to reduce thermal transfer between environments.

Product Number: 41212-711-SG
Author: Michael Stelmach
Publication Date: 2012
Industry: Coatings
$0.00
$20.00
$20.00

Thermal Insulating Coatings are a relatively young technology but are gaining worldwide acceptance quickly due to their energy retention capabilities, easy application, ability to protect substrates, reducing maintenance and personnel protection costs. Not to be confused with reflective roof coatings, TICs use all 5 thermal dynamic blocking agents (or principles) to reduce thermal transfer between environments.

Thermal Insulating Coatings are a relatively young technology but are gaining worldwide acceptance quickly due to their energy retention capabilities, easy application, ability to protect substrates, reducing maintenance and personnel protection costs. Not to be confused with reflective roof coatings, TICs use all 5 thermal dynamic blocking agents (or principles) to reduce thermal transfer between environments.

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Thermal Insulating Coatings Can Reduce a Facility’s Carbon Footprint in More Ways Than One
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Thermal Insulating Coatings Can Reduce a Facility’s Carbon Footprint in More Ways Than One

Product Number: 41211-652-SG
Author: Michael Stelmach
Publication Date: 2011
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Thermal Insulating Coatings reduce a facilities carbon footprint along with being an environmentally friendly product.
Picture for Coatings + Proceedings 2021-ALL Papers

(Insulation & Corrosion) Field Application of Third Generation Polysiloxane Coating Systems

Product Number: 18-COAT_DEC21
Author: Peter Bock / James Reynolds
Publication Date: 2021
$20.00

Third Generation Polysiloxane (TGPS) ambient curing CUI mitigation coatings have been used in the petrochemical industry for over five years since the “third generation” concept was introduced at NACE Corrosion 2017. These coating technologies have demonstrated positive results in both shop and field application for asset management in elevated temperature, cryogenic and cyclic applications across -196 to 650o C/ -321 to 1200o F operational temperatures. TGPS coatings have also demonstrated effective use of a two-step (primer-insulation) CUI mitigation coating approach operating up to 400o C/750o F, when compared to the traditional (CUI coating-fibrous insulation-cladding) systems.
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Factors for Selecting Thermal Insulation Materials to Prevent Corrosion Under Insulation

Product Number: 51319-12952-SG
Author: Kentaro Mizushima
Publication Date: 2019
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Many types of thermal insulation materials are used in oil and gas plant facilities. Recently new materials have been developed to prevent corrosion under insulation (CUI) and even the conventional materials have been improved their properties to provide better protection.When designing a plant measures to prevent CUI are studied when verifying the materials of construction determining the protective coatings systems and selecting thermal insulation and jacketing materials. Measures to prevent CUI should not be considered separately for these but rather together as a total system. Recently though while protective coatings have been studied by users coating manufacturers and independent organizations such as testing laboratories engineering firms and consultants there has been little investigation of the ability of thermal insulation materials themselves to prevent CUI.In this study the ability of various thermal insulation materials to prevent CUI in a simulated severely corrosive environment were examined. The factors influencing CUI prevention or aggravation were identified based on which it was recommended that these factors be considered when selecting thermal insulation materials during the design of a plant. As a summary of this study experiences of design of plants and related other CUI studies effective ideas relating to protective coatings thermal insulation and jacketing materials for preventing CUI will be shared.
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