Hemp is the front runner if all natural fibres including linen. Firstly, hemp plants require less water and fewer pesticides and herbicides to grow compared to linen and cotton, making it a more environmentally friendly option. Additionally, hemp plants have a fast growth rate and high yield, meaning they can be harvested more frequently and produce more fibre per acre than linen plants. This makes hemp a more efficient and sustainable crop. Furthermore, hemp fibres are stronger, longer and more durable than linen fibres, resulting in longer-lasting products that do not require frequent replacement. Overall, the cultivation and utilisation of hemp have a lower impact on the environment and offer greater long-term sustainability when compared to linen and other natural fabrics.
Hemp: The Sustainable Choice
Like organic cotton, hemp mirrors the human body at an impressive frequency of 100. The difference is, however, that hemp has far more environmental benefits over all other natural fibres - including linen. Hemp is very sustainable, being carbon-negative, pesticide-free and soil-enriching. In fact, hemp shares many properties of linen: it is non-static, UV-resistant, antibacterial and long wearing which is why we use it in our hemp clothing collection.
Silk: The Surprising Low Frequency
Silk, a fabric known for its luxurious texture, was measured at a frequency of just 10 in Dr Yellen's study. This shockingly low frequency could be attributed to modern processing methods, which often involve chemicals.
Traditional sericulture involves feeding silkworms or silk moths mulberry leaves, which demands significant resources like water, land, and energy. Chemical usage, including pesticides and insecticides, is common in silk production, and ethical concerns arise as silkworms are often killed during harvesting. While non-violent or peace silk methods exist, they are not widely adopted. Additionally, limited availability of sustainable options and the energy-intensive processing of silk contribute to its environmental footprint. Efforts are underway to enhance silk sustainability, but it currently lags behind alternatives like organic cotton, linen, or hemp in terms of environmental and ethical considerations.
Rayon: Low Frequency
Rayon, another fabric examined in the study, recorded a frequency of 15. This fabric, often made from wood pulp or bamboo, requires chemical processes in its production. This low frequency and its chemically intensive production process highlight potential concerns regarding Rayon's vibrational compatibility with the human body.
Synthetic Fabrics: The Low-Frequency Concern
Synthetic fabrics like polyester, acrylic, and nylon, with a zero frequency, stand in stark contrast to natural fibres. According to Yellen's study, these petrochemical-derived materials are not only environmentally taxing but offer no vibrational benefit and might even be energetically draining.
Wool: The Warm Embrace of High Frequency
Like linen, wool resonates at a frequency of 5,000. Renowned for its warmth and comfort, wool's high frequency suggests more than just physical warmth; it could also energise the wearer on a vibrational level. However, when linen and wool are worn together, their frequencies nullify, plummeting to zero due to their opposing energy flows.
Organic Cotton: Harmonising with the Body
Organic cotton stands out with a frequency of 100, mirroring the human body's frequency. This harmony suggests a natural sync with our bodies, making organic cotton a comfortable and potentially health-supportive choice. Its non-organic counterpart, with a lower frequency of about 70, lacks this vibrational alignment.
Linen: The High-Frequency Healer
Linen fabric, as ancient as civilisation itself, is the standout fabric in Yellen's study with a staggering frequency of 5,000. This is significantly higher than the human body's frequency, which averages around 100. Linen's high frequency suggests that it could impart energy to the wearer, potentially boosting vitality and well-being. Historically, linen has been revered for its healing properties, often used in bandages, linen sheets and clothing for its natural resistance to bacterial growth and fungi.
