Pull up cryogenic-engineering or LNG/LPG ship insulation drawings from the last few years and one trend jumps out: the insulation layer keeps getting thinner.Old-school engineering logic was basically...
Once localization is widespread, what’s the next battleground?LNG ships are called the “crown jewel” of shipbuilding for a reason: the technical barriers are high and the build is seriously complex...
Here’s the thing: on an LNG ship, the insulation layer does way more than just “keep things cold.”If you work at a shipyard, design institute, or deal with LNG/LPG specs, this question matters more...
Your RV insulation is already 100mm thick.So why is it still freezing inside in winter, and basically an oven in summer?Because piling on thickness doesn’t magically give you “warm in winter, cool i...
When most people think of insulation, foam, fiberglass, or polyurethane boards come to mind.But here’s the thing—there’s a material that works equally well in high-temperature industrial insulation...
Traditional RV insulation solutions usually come down to the same familiar options: polyurethane foam, extruded polystyrene (XPS) board, and fiberglass wool. Their biggest drawback? To get real therma...
Five questions—from cryogenic performance and structural safety to supply-chain capability—determine the reliability of the insulation system.For cryogenic transport assets such as LNG and LPG carri...
If you work for a shipyard, shipping company or cryogenic engineering institute, you have probably searched for questions like these while sourcing and selecting materials:Which insulation material is...
Last time, we broke down the heat-transfer paths and the main formulas behind insulating glass. Now we're going straight into the numbers: real test data, real calculations, and the selection rule...
Energy-efficiency rules keep climbing, so window thermal design is now a big deal in drawing review and detailed design. Memorize the specs without understanding the physics, and you can easily end up...
IntroEnergy-efficiency rules keep getting tougher, and doors and windows are still the weak link in the building envelope. Pick the wrong system and you feel it in both the energy bill and indoor comf...
There is one kind of window and door project regret that is even more frustrating than choosing the wrong glass:But after people actually moved in and used the building for a while, the feedback was ...
![[Technical Series] Insulating Doors & Windows 101 (Part 3): Real Data + How to Pick the Right Glass](/uploads/image/20260814/real-data-how-to-pick-the-right-glass00.webp "[Technical Series] Insulating Doors & Windows 101 (Part 3): Real Data + How to Pick the Right Glass")
![[Technical Series] Insulating Doors & Windows 101 (Part 2): How Heat Actually Moves Through the Glass](/uploads/image/20260814/how-heat-actually-moves-through-the-glass00.webp "[Technical Series] Insulating Doors & Windows 101 (Part 2): How Heat Actually Moves Through the Glass")
![[Technical Series] Insulating Doors & Windows 101 (Part 1): What the Thermal Numbers Actually Mean](/uploads/image/20260813/what-the-thermal-numbers-actually-mean00.webp "[Technical Series] Insulating Doors & Windows 101 (Part 1): What the Thermal Numbers Actually Mean")
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