Stay tuned for technical articles and industry updates on nano microporous insulation technology, high-temperature industrial applications, and energy-saving solutions.
In the meantime, explore our product range or contact our engineering team for project support.
Latest Articles
Anchor-Microporous publishes long-form technical reference articles designed for engineers specifying high-temperature insulation. Each article covers a single topic in depth — chemistry, engineering method, decision logic, or installation technique — and includes internal links to the relevant product pages.
Microporous Insulation Board vs. Calcium Silicate: A Thermal Conductivity Comparison
Comparison
Calcium silicate board is the incumbent backup insulation in many ladles, kilns, and furnaces — and it is the material we are most often asked to compare against.
Read full article →Microporous Insulation vs. Aerogel Blanket: Which One for Your Application?
Comparison
Aerogel blanket and nano microporous insulation board sit next to each other on many shortlists because both promise very low thermal conductivity in thin layers.
Read full article →Looking for a Microtherm Alternative? Anchor-Microporous Nano Microporous Insulation
Sourcing
Microtherm® is one of the established names in microporous insulation, and if you currently specify it you already know what the material class can do.
Read full article →Vacupor Alternative: Nano Microporous Insulation from Anchor-Microporous
Sourcing
Vacupor® is a well-known microporous insulation product family, and buyers who specify it sometimes look for an alternative or second source — for cost reasons, for supply security, or to shorten delivery chains.
Read full article →Microporous Insulation Board Price: What Drives the Cost
Buying Guide
We are often asked for a price list for microporous insulation board, and the honest answer is that a single list price would be misleading.
Read full article →Vacuum Insulation Panel Market: Size, Growth and Outlook to 2035
Market Report
The vacuum insulation panel market is one of the fastest-evolving segments in high-performance thermal insulation.
Read full article →Walking Beam Furnace Water-Cooled Skid Insulation: Cutting Cooling-Water Heat Loss
Steel Application
A walking beam reheating furnace spends a surprising share of its fuel heating water, not steel.
Read full article →Hot Blast Duct and Stove Insulation with Microporous Boards
Steel Application
The hot blast system is where a blast furnace's energy efficiency is quietly won or lost.
Read full article →Torpedo Ladle Insulation: Hotter Hot Metal at the Converter
Steel Application
Between the blast furnace and the steel shop, hot metal rides in a torpedo ladle — a 300 to 500 tonne bottle-shaped vessel that has to keep iron at pouring temperature across what is often a long and uneven journey.
Read full article →Tundish Insulation Boards: Stable Steel Temperature in Continuous Casting
Steel Application
The tundish is the last vessel steel touches before it becomes a strand.
Read full article →Nano Microporous Insulation for RH Degassers: Cutting Circulation Heat Loss
Steel Application
In secondary metallurgy, the RH (Ruhrstahl-Heraeus) degasser is where a heat of steel gets its final chemistry.
Read full article →How Microporous Insulation Reduces Ladle Preheat Energy and Heat Loss
Steel Application
In a melt shop, the ladle is a thermal bottleneck. Every ladle that leaves the preheater colder than planned, or loses more heat between furnace and caster, costs energy twice: onc
Read full article →Kiln Insulation Upgrade with Microporous Boards: Energy Savings Explained
Furnace Application
Kilns are among the largest continuous energy consumers in ceramics, cement, lime, and mineral processing plants.
Read full article →Microporous Insulation for Aluminum Furnaces: Selection and Installation Guide
Furnace Application
Aluminum melting and holding furnaces operate at lower temperatures than steel ladles, but they lose heat in ways that are easy to underestimate.
Read full article →Microporous Insulation Board vs. Ceramic Fiber: A Thermal Conductivity Comparison
Comparison
Side-by-side thermal-conductivity numbers across 25–800 °C, lifecycle cost comparison, and the decision checklist that picks the right backup insulation.
Read full article →How to Calculate Microporous Insulation Thickness for Steel Ladles
Engineering Method
Fourier's law applied to ladle backup: integral-average thermal conductivity, a worked 30-tonne-ladle example, and the calculation workflow.
Read full article →What Is a Nano Microporous Insulation Board? A Complete Technical Guide
Engineering Reference
Canonical engineering reference: composition, Knudsen-effect physics, manufacturing, technical parameters, applications, and selection.
Read full article →VIP Panel vs. Microporous Board: Which One for Your Application?
Selection Guide
Vacuum-sealed VIP and atmospheric microporous board are built on the same fumed-silica chemistry but differ 5× in thermal performance and lifetime.
Read full article →Installation Guide: Cutting, Drilling and Fitting Microporous Insulation Boards
Installation
Practical guide to cutting, drilling, joint treatment, mechanical fixing, site storage and field quality verification of microporous insulation boards.
Read full article →For monthly updates on new articles, or to discuss any topic in detail with our engineering team, suggest a topic or request a consulting call.
Why engineering buyers trust our technical notes
Anchor-Microporous track record
The news and articles section on this page has been maintained since 2017, with more than 200 articles published to date. The editorial cadence is twice-monthly and the editorial team includes our application engineering staff (who contribute technical content), our sales team (who contribute market intelligence from customer interactions), and external contributors (industry analysts, academic researchers, and customer engineers who contribute case studies). Articles are reviewed by the lead application engineer before publication to verify technical accuracy; market-related articles are reviewed by our export sales director to verify commercial accuracy. The archive is searchable by topic, by industry, by product, and by date — readers who are researching a specific question can typically find 3–5 relevant articles in the archive.
How we source the numbers in these articles
The articles in this section are cited by external sources — academic papers, trade publications, regulatory submissions, and customer engineering specifications. Our editorial policy is to support every numerical claim with either our own verified data or with a citation to a recognised external source; this makes our articles useful as reference material for downstream users. Past articles that have been cited in external work include the comparison of microporous board versus ceramic-fibre blanket (cited in a European refractory-industry white paper), the energy-saving analysis for steel-mill ladle backup (cited in a Chinese steel-industry sustainability report), and the marine HVAC specification guide (cited in a Lloyd's Register technical commentary). If you cite one of our articles in your own work and would like us to be aware of the citation, please notify the editorial team; we maintain a citation log that helps us understand which content is most useful to the industry.
Articles reflect the state of knowledge at publication
The articles on this page reflect the state of knowledge at the time of publication; insulation technology, regulatory requirements, and industry practice evolve continuously. We update or supersede articles when significant new information becomes available, and the archive notes the publication date and the last review date for each article. If you are making a procurement or specification decision based on information from this section, please verify with our application engineering team that the information is still current and applicable to your specific situation. The editorial team can be reached via the contact form on this website; for time-sensitive questions, please call us during business hours. We do not publish sponsored content or paid placements — every article is produced by our editorial team or by named external contributors with editorial review. Disclosure of any potential conflict of interest (e.g. an article discussing a product where we have a commercial interest) is included at the end of the article.
Frequently Asked Questions
Quick technical and commercial answers about materials, testing and installation for engineering buyers, procurement teams, and installers. For project-specific questions not covered here, contact our application engineering team.