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Wjunow, C.; Moselewski, K.; Huhnen, Z.; Sultanova, S.; Sabantina, L. Sustainable Textiles from Unconventional Biomaterials. Encyclopedia. Available online: https://encyclopedia.pub/entry/47488 (accessed on 08 July 2024).
Wjunow C, Moselewski K, Huhnen Z, Sultanova S, Sabantina L. Sustainable Textiles from Unconventional Biomaterials. Encyclopedia. Available at: https://encyclopedia.pub/entry/47488. Accessed July 08, 2024.
Wjunow, Cornelia, Kim-Laura Moselewski, Zoe Huhnen, Selina Sultanova, Lilia Sabantina. "Sustainable Textiles from Unconventional Biomaterials" Encyclopedia, https://encyclopedia.pub/entry/47488 (accessed July 08, 2024).
Wjunow, C., Moselewski, K., Huhnen, Z., Sultanova, S., & Sabantina, L. (2023, August 01). Sustainable Textiles from Unconventional Biomaterials. In Encyclopedia. https://encyclopedia.pub/entry/47488
Wjunow, Cornelia, et al. "Sustainable Textiles from Unconventional Biomaterials." Encyclopedia. Web. 01 August, 2023.
Sustainable Textiles from Unconventional Biomaterials
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This entry is adapted from the peer-reviewed paper 10.3390/ECP2023-14652

Various studies have shown that vegan leather alternatives are particularly suitable because they mimic the properties of real leather, and the qualities of the bio-based materials combined with textile substrates are relatively close to real leather. Cactus plants require less water and can completely replace real leather. The use of cactus as a source of sustainable textiles and leather offers numerous environmental benefits. This is due to the fact that harvesting the cactus does not harm the plant or its roots, allowing it to keep growing and sequestering carbon dioxide.

cactus leather eco-friendly textiles vegan leather sustainable textiles unconventional biomaterials

1. Introduction

In light of the present environmental conditions of our planet, human beings have come to realize the importance of exercising moderation in their actions [1][2]. The production of goods and luxury products through the utilization of petroleum-derived resources is an unsustainable and environmentally unfriendly practice that is restricted by limited resources [3][4]. Consequently, some emerging companies are opting to use bio-based materials in the manufacturing of various products in the textile, apparel, accessories, and automotive industries, such as in car interiors [5][6]. Being vegan or wearing vegan products and clothing has become something of a fashion trend. Vegan alternatives to leather were sought, as many wanted to stop using animal leather altogether [7].

2. Cactaceae Family

The Cactaceae, a broad group of plants, are primarily found in regions characterized by arid and semi-arid climates [8][9]. There are more than 5000 cactus species, most of which are found on the American continent. In addition, they are widespread in the arid regions of Mexico (e.g., Chihuahuan Desert), Brazil (e.g., Caatinga region), and Argentina (e.g., Jujuy province). Cacti inhabit tropical forests, grasslands, semi-deserts, and deserts [10][11]. Argentina is a country with a great diversity of cactus species, with some 200 to 300 native species [12]. Typically, cacti thrive in dry regions, where their lifestyle is dictated by the limited availability of water. They must gradually and consistently accumulate biomass to survive, relying on water to absorb nutrients. During the winter, like many other plants, cacti require a period of rest [13]. For example, inside the Opuntia cladodes, a fiber net serves as a reinforcing and cushioning skeleton. The fibers can be obtained through different techniques such as water retting [14], burying [15], or using dried cladodes that only have the fiber net remaining [16][17]. Cutting back cactus plants to control growth or processing the fruit produces large amounts of waste, but this can be a sustainable resource, as it can be used to produce fibers. These fibers can be used as reinforcements in a variety of applications, including the manufacturing of protective clothing, shoes, and accessories, as well as for technical purposes, such as water purification or the filtration of heavy metals from waste water in the textile industry [18][19][20][21][22][23][24].

3. Recent Research Findings

The interest in bio-based cactus materials is growing, which is reflected in the number of publications. Belay et al. studied the cactus species Opuntia ficus-indica, used for biogas production [25]. The use of cacti and banana peels as a natural coagulant for drinking water treatment was investigated in the study by Kalibbala et al. [26]. Cactus mucilage for use in food and medical applications was the subject of discussion in the work of de Andrade Vieira and Tribuzy de Magalhães Cordeiro [27]. The results of Al-Nageb’s study showed that the extraction of oils from the seeds of the cactus Opuntia ficus-indica (OFI) and Opuntia dillenii (OD) for use in food products is promising [28]. The use of Opuntia ficus-indica as a biosorbent for the removal of chromium from wastewater in the leather industry was investigated in the study by Figueirôa et al. [29]. Some studies discussed the use of cactus fibers or cactus components as reinforcements for polymer composites and reported good mechanical properties, such as in energy absorption and tensile tests [30][31][32]. Araújo Júnior et al. conducted a study on the growth patterns and accumulation of forage mass in feeder cactus clones, investigating how they were affected by meteorological variables and water regimes. The research found that the Nopalea genus cactus clones were more sensitive to semiarid climatic conditions compared to the Miúda (MIU), Orelha de Elefante Mexicana (OEM), and IPA Sertânia (IPA) clones [9]. In the study by Vadivela and Govindasamy, the cellulose-rich fibers of Acacia Arabica’s tree bark and Euphorbia Tirucalli’s plant stems were examined for their potential uses in polymer matrix composites. These hybrid composites, which combine bio-based fibers and polymer matrixes, exhibit promising properties, such as light weights, excellent strength, and biodegradability, making them suitable for industrial applications [33].

4. Sustainable Textiles and Vegan Leather Alternatives

Vegan alternatives are being actively sought to replace animal leather with bio-based alternatives such as plant fibers or fungal mycelium fibers in the face of global climate change [34]. Several different vegan leather alternatives to real leather are available on the market today, including Muskin®, Desserto®, Appleskin®, Vegea®, SnapPap®, Kombucha, Teak Leaf®, Pinatex®, and Noani® [35]. Diverse bio-based materials, including leaves and fibers from various sources, are utilized to create leather alternatives. For example, Teak Leaf® leather is produced from leaves, whereas Desserto® is made from cactus fibers and Appleskin® from apple residues, and Vegea® is derived from the skins, seeds, and stems of grapes. Pinatex® leather contains fibers sourced from pineapple leaves [35][36]. SnapPap®, an interesting alternative, is composed of a mixture of cellulose and latex and can be washed, ironed, or varnished. Additionally, Noani® incorporates fibers from eucalyptus leaves [35][36]. Materials such as polyurethane foam (PUR) or textile reinforcements such as woven or non-woven textiles are commonly used in some leather alternatives [37].

5. Cactus Leather in Fashion

An environmentally conscious approach to fashion has emerged, with a focus on sustainability. Vegan fashion items such as clothing and accessories are gaining popularity as a viable option. A prominent advocate for environmentalism in fashion, Stella McCartney, who runs a fashion brand of the same name, uses a variety of eco-friendly methods. McCartney was among the influential leaders who participated in the G7 Summit in June 2021 [38]. In addition, she and other leaders pledged their support to the Terra Carta Transition Coalitions, a collaborative effort dedicated to advancing sustainability worldwide. The use of eco-friendly leather substitutes has gained widespread attention, with the term “vegan fashion” making a significant impact on society [39][40]. In 2019, Marks & Spencer, a fashion brand, introduced a line of vegan footwear [41]. Topshop, another fashion retailer, launched a Peta-approved vegan leather shoe collection that featured 12 designs made with non-animal and non-fish glue in its Spanish factory [42]. Even Dr. Martens, a major footwear retailer, offers a 100% vegan leather version of its classic 1460 leather boot [43]. H&M, a popular fashion retailer, used Piñatex, a fiber produced from discarded pineapple leaves in the Philippines, to create faux leather for its Conscious collection in 2019 [44]. The number of animal leather alternatives continues to grow, with many more examples emerging. The use of cactus leather in fashion has become increasingly significant in recent times, with numerous companies and brands partnering with Desserto®, a prominent cactus leather producer. In March 2021, the major fashion retailer H&M released The Science Story collection, which incorporated cactus leather and castor oil threads [45]. The collection featured a pair of high-heel sandals crafted from Desserto® cactus leather. Renowned car brands like Mercedes-Benz and BMW are incorporating Desserto®’s cactus leather into their car interiors. This is because consumers are now seeking alternative options to real leather, and sustainable trends, including eco-friendly textiles and clothing, are becoming increasingly important. As a result, luxury fashion brands such as Givenchy, Karl Lagerfeld, Adidas, and Fossil are introducing collections made of Desserto®’s cactus leather to cater to this demand [5].

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Subjects: Engineering, Environmental
Contributors MDPI registered users' name will be linked to their SciProfiles pages. To register with us, please refer to https://encyclopedia.pub/register :
Cornelia Wjunow
,
Kim-Laura Moselewski
,
Zoe Huhnen
,
Selina Sultanova
,
Lilia Sabantina
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Revisions: 2 times (View History)
Update Date: 02 Aug 2023
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