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When I set out to make our moisture-wicking, heat-managing nightgown, I wanted to use a natural fabric with properties that would respond to changes in body temperature. After all, a natural fabric would be more sustainable than a synthetic one.
I looked at several fabrics and as soon as I found hemp, I knew we had a winner.
We chose hemp fabric (blended with organic cotton) after a long look at all the benefits of its natural properties. But it’s also got a great – as in low – environmental footprint versus other crops. Industrial hemp is used to make everything from building materials, fabric, and paper to animal feed, and food (hemp hearts) and oil.
Hemp’s natural structure gives it great properties to address a body’s heat and moisture. A little more detail about hemp:
Simple is better
Nature did an amazing job creating hemp, so why go looking for high-tech, energy-consuming, synthetic fabrics to do the same job? Hemp has been around for centuries, it is durable so garments last a long time and need replacing less often, and most importantly – is extremely effective at managing heat and moisture. We think hemp is an awesome material for moisture-wicking, heat managing apparel.
 That’s kind-of, sort-of true, but it depends on a few different factors. Let’s just say that natural fabrics have the potential to be far more sustainable than petroleum-based synthetic fabrics.
Not sure what’s keeping you up at night? Use our Night Sweats Journal to track your activities. You’ll have a clearer picture of what’s causing your night sweats and can start getting them under control.
Hemp is a great fabric for so many reasons, some related to its natural heat and moisture properties and some for other beneficial reasons.
Hemp fabric is still not that common. Clothes made from hemp are largely marketed and targeted towards fans of cannabis, and that’s a shame, because it’s just such a great fabric for everyone.
One of the reasons it’s not well-known, or its benefits understood, is due to its link to cannabis- marijuana, its cousin – well, more like its distant brother or sister. They are basically the same plant – but hemp contains a maximum of 0.3% THC (tetrahydrocannabinol, the psychoactive drug and the reason the plant is regulated) versus marijuana, for which the amount of THC it contains is not restricted. Health Canada still requires farmers to get a special license to grow hemp, and it must be renewed annually.
If you are familiar with hemp it might be in a digestible form – hemp hearts are very popular due to their high protein and omega 3 and 6 content. CBD (cannabidiol) oil is also popular for its anti-inflammatory properties. It can be either extracted from hemp or marijuana plants.
But hemp has many other uses outside of food. The stalks are great for being the feedstock for everything from paper and building materials (hempcrete and insulation), to fabric.
If the fabric is produced responsibly, it has a low environmental impact, and retains all the properties of the hemp stalk. We use a hemp fabric from hemp that is grown and manufactured responsibly, which is why our nightgowns are a night sweats’ sufferer’s new best friend.
Growth: Industrial hemp – which is the variety of hemp used for making fabric, paper, hempcrete, and insulation (among other things) – can grow between 10 and 15 feet tall, needs only rainwater (no irrigation necessary), and does not need pesticides or herbicides because it is densely planted and grows quickly. You use 1/3 as much land and less than half the water to produce 1 pound of hemp fibre versus 1 pound of cotton fibre.
In warm climates you can cultivate up to 3 crops per year as a growing cycle is 4 months. In Canada and the northern US, you usually only get one crop per year. Its deep long tap root does well in rich, loamy soils and can replenish soils with nutrients and moisture. It’s also been known to clean soil, taking away heavy metals from polluted soils.
Hemp plant: The hemp plant consists of stalk, leaves, and buds which turn into flowers. The stalk consists of the epidermis, bast and hurd – the inner and outer cores of the stalk. Fabric is made from the bast – the very strong part of the plant. The bast layer is made of cellulosic microfilaments which are very porous. The structure of the fibre is such that it is able to attract moisture and heat and store it inside the hollow core of the fibre and release it as the temperature around it decreases.
When you’re having a hot flash, the heat and sweat given off by your body is sucked away by the hemp fibre and released to you as your body temperature drops. This action keeps you more comfortable while your body’s temperature fluctuates.
Hemp is considered 4 times more absorbent than cotton but has the added benefit of being able to release the moisture better than cotton.
Hemp fabric also has a few other great qualities in addition to its superior heat and moisture management properties.
The fibers are very strong which means hemp clothing tends to last a long time. It also softens over time, so the more you wear it, the softer it gets.
Finally – and this is really important for nightgowns – hemp is UV resistant, so you won’t get a sunburn while wearing it.
Another reason why we like hemp for our products is that it’s a crop we grow right here in Canada. While most of it is slated for food use, some of it goes for building materials, paper, and absorbent products (made from the hurd – the inside part of the stalk).
Although hemp textiles aren’t made in North America, it’s possible that one day they will be (I can’t dream, can’t I?), and when that happens, you can be sure we’ll be looking at them for our products.
All in all, hemp is an underestimated, misunderstood crop. It’s good for the earth and good for humans. We should be promoting it and demanding products be made from hemp for all the right reasons.
 If you’re at all paying attention, you’ll understand why this isn’t something we don’t tout as a benefit of our nightgowns given that you wear them indoors…in the dark…under covers.
Image courtesy of the Iowa Hemp Industries Association. https://iowahia.org/anatomy-of-hemp/