Low Temperature Double-Sided Tape

Making Sense of the Specs

Regardless of the manufacturer, when you’re on the prowl for solutions, you quickly find most specs on tape products emphasize high temperature ratings. A lot of applications require specific heat resistance and even performance interactions. Common examples include using tapes as heat shields or heat conductors.

However, plenty of applications also face challenges of cold temperatures. These could be consumer based with appliances (such as fridges and freezers) and consumer products (snowboarding goggles). But these challengers also include aerospace, transportation, and industrial applications exposed to extraordinarily frigid days, nights, water, and altitudes.

也就是说，通过如此多的应用程序，仍然很难知道在低温磁带选项时要查找的内容。在Wa新版官网lker磁带转换，我们在这里使研究过程变得简单。因此，这里有少数常见问题的答案。

此外，如果您有其他问题，请随时享受reach out to one of our experts。

寒冷的影响胶带怎么样？

The colder it gets, the harder a tape becomes. When tape becomes too hard, its adhesive ability can fail in what is commonly referred to as a “glassy” effect. Here’s why.

Tape is a balance between cohesion and adhesion.

Cohesionis how well a tape holds itself together.
Adhesion另一方面，它持有别的东西的程度。

Softer adhesives have good adhesion but weaker cohesion. For example, water has great adhesive properties. Have you ever tried to dislodge the last ice cube from the bottom of a glass? But since it’s a liquid with hardly any cohesive strength, it doesn’t make for a great bonding solution.

在高温下，胶带可以软化（或熔化）过去其粘性阈值。然而，在寒冷中，磁带开始硬化。如果它变得太冷，它变得像玻璃一样，这在失去粘性质量的同时保持良好。

The takeaway here is that tape works best when you have the perfect balance between cohesion and adhesion, considering the demands of your project. A tape that holds up in low temperatures can resist becoming glassy and maintain its stickiness to a certain degree.

世界卫生大会t’s the low temperature limit for most tape?

即使在商店中销售为“极端天气”的重型全天候磁带通常也被额定到0°F在低端。但在工业市场，你找到了high-performance, general-purpose tapes工作到-10°F。

世界卫生大会t’s the lowest temperature I can apply most tapes in?

The conventional wisdom in the tape world is that you should avoid bonding below 55°F. This has been sound advice over the decades because it helps tape perform at its best.

You can find examples of manufacturers saying as low as 35-50°F. But even then, it’s understood that the best performance is still reached when applied at room temperature. (Keep reading below as we offer a notable exception to this rule.)

世界卫生大会t are the lowest temperatures I should store tapes in?

You don’t want to store tapes in temperatures lower than 59°F. Even specialty low-temperature solutions have the best shelf life if stored in a consistent room-temperature range. These include the specialty options mentioned below.

那里的真正低温选项的划分

特种低温胶带的寒冷天气限制是什么？

If your project requires extremely low temperatures, we suggest that you work with anadhesive tape converter。当您这样做时，转换器可以找到您的解决方案，使冷额定到-40°F和略低于-40°F。考虑到我们的行业专业知识，磁带转换器还针对完美的凝聚力/粘附性平衡来定位胶带，以满足您的确切需求。

准备好，令人难忘的例子，例子处理航空航天。不锈钢防脑筋与带胶带的商用喷气机的翅膀粘合。你在谈论一个录像带，这些磁带在beplay新网站地球上最高的海拔地区受到强烈的空气摩擦。这遍布了-65°F至150°F的天气，每天几次。

世界卫生大会t’s more, tape’s been the go-to for this application since 1984. Tapes handle the cold so well, various countries use them for Winter Olympics gear and machinery such as skeleton sleds and bobsleds.

Are there specialty tapes that can be applied in colder temperatures?

Yes! As we mentioned above, the customary advice is that tape performs best when applied at room temperature. However, a tape’s ability to bond at even lower temperatures is an innovative feature for some tapes coming out now.

You can findexamples of tapesthat can be applied on frost-free surfaces down to freezing 32°F temperatures.

在研究低温胶带时，一些有用的功能有什么有用的功能？

There are three vital aspects to low-temperature tapes to keep in mind.

低温粘合: This is a tape’s ability to be applied in colder temperatures without compromising its ultimate performance.
Glass Transition Temperature: This is the point where a tape hardens so much that the bond could likely fail.
冷冲击电阻: This is a tape’s ability to hold the bond during sudden impact at low temperatures. Many applications benefit from this trait, such as trailer manufacturing. For example, shifting loads could suddenly impact side panels in cold weather situations.