Introducing 1920SD: The New Style of Solution-Dyed Material

The evolution of solution dyes is a significant advancement in materials engineering, especially in industries requiring color consistency, durability, and performance. Solution-dyed materials undergo a process where color is integrated throughout the material at the molecular level, unlike traditional piece-dyed goods. This results in superior color retention and resistance to fading or bleeding.

In this blog post, we will explore 1920SD, Jason Mills’ new solution-dyed material, which represents innovation in solution-dyed textiles.

Key Features of 1920SD

1920SD is a high-performance material engineered for indoor sports simulation environments. Its characteristics include the following:

100% Solution Dyed Black Polyester

Using 100% solution-dyed black polyester eliminates the dye transfer issues that can occur with regular piece-dyed items. This ensures a clean and professional appearance, whether it is used as a rear impact screen or side curtain in indoor sports simulation setups, such as for golf impact. It also prevents black residue from transferring to the front screen or balls.

Fire Resistance to NFPA 701 Large Scale Standards

The material’s fire resistance to NFPA 701 large scale standards demonstrates a commitment to safety in indoor simulation environments. Each production lot goes through rigorous testing to meet this federal government fire resistance requirement. This gives users confidence in the material’s ability to protect against fire hazards during gameplay sessions.

Taber Abrasion Performance

1920SD exhibits Taber abrasion (simulates golf ball rotation) performance that surpasses industry standards. It has been proven to withstand over 5,000 cycles. This makes it an ideal choice for indoor simulation applications where constant wear and tear are common. Additionally, it offers users a long-lasting and sturdy solution for their gaming needs.

Strength Qualities in Break, Tear, and Burst

Through rigorous testing, the material has demonstrated superior strength compared to standard materials used in the indoor sim market. Its ability to withstand break, tear, and burst tests highlights its construction, providing users with enhanced durability and reliability even in demanding gameplay scenarios. Consequently, it offers a high-quality and resilient solution for indoor simulation setups.

Potential Applications of 1920SD

Aside from indoor simulations, this unique solution-dyed material can be used in the following applications:

Architectural Design

Architects and interior designers can incorporate the material into spaces for wall coverings, partitions, and window treatments. Its dye transfer prevention ensures long-lasting color consistency, while its fire resistance makes it suitable for use in public areas.

Automotive Interiors

Automotive manufacturers can use the material for upholstery, headliners, and trim panels in vehicle interiors. Its properties prevent dye transfer, ensuring that dark-colored materials do not imprint onto lighter surfaces.

Medical Facilities

The material can find applications for privacy curtains, wall coverings, and upholstery in waiting areas and patient rooms. Its ability to prevent dye transfer guarantees a hygienic environment, while its fire resistance provides an added layer of safety in healthcare settings.

Outdoor Events and Festivals

1920SD can be used as weather-resistant banners, tents, and stage backdrops for outdoor events and festivals. Its resistance to fading and bleeding ensures that it can withstand exposure to the elements while maintaining its visual appeal.

Theatrical Productions

In theatrical productions, 1920SD can be a versatile material for stage backdrops, curtains, and props. Its ability to resist dye transfer and meet fire safety standards makes it suitable for indoor and outdoor stage settings.

Trade Shows and Exhibits

Exhibitors can benefit from this material for booth backdrops, banners, and signage at trade shows and exhibitions. Its sleek black appearance provides a backdrop for showcasing products and attracting visitors.

Discover the Difference With Textile Solutions From Jason Mills

At Jason Mills, we deliver dependable textile solutions meticulously crafted to meet the unique demands of diverse industries. Our commitment to excellence is evident in our fabrics, which are engineered and tested to ensure exceptional performance, durability, and reliability. With 48 years of industry expertise, we are well-equipped to assist you in finding the perfect fabric solution.

Contact us today for more information, or request a quote now.

Recycled Materials & Sustainability

The increasing focus on sustainability in the textile industry reflects an awareness of environmental issues and the necessity for responsible business practices. Recycled materials, especially in the form of fibers or fabrics, have become crucial in minimizing the industry’s ecological impact. By utilizing these resources, manufacturers contribute to reducing the consumption of raw materials and the generation of waste.

This article will underscore the importance of sustainability in the textile industry, emphasizing the role of recycled fabrics in attaining environmental objectives.

Environmental Impact of Traditional Fabric Production

Traditional textile production is known for its significant environmental impacts, especially in terms of energy consumption and greenhouse gas (GHG) emissions. The energy-intensive processes involved in spinning, weaving, knitting, dyeing and finishing fabrics contribute significantly to carbon footprints.

Despite these concerns, there are opportunities for improvement in traditional fabric production. One promising avenue is adopting renewable energy sources to power processes, reducing reliance on fossil fuels and lowering carbon emissions. Additionally, advancements in production methods offer the potential to optimize energy usage and minimize waste generation throughout the supply chain.

Moreover, the increasing demand for sustainable products presents an opportunity for traditional fabric producers to innovate and diversify their offerings. By developing eco-friendly alternatives, the industry can meet consumer preferences for environmentally responsible goods. This shift towards sustainability aligns with societal values, opens new markets, and strengthens brand reputation.

Benefits of Using Recycled Materials in Industrial Fabrics

The following are the key advantages that recycled materials bring to the production of industrial fabrics:

Reduction of Resource Extraction and Depletion

Recycling materials will significantly reduce the demand for virgin resources like cotton, polyester, or other fibers. This lessened resource extraction aids in conserving ecosystems and biodiversity. Furthermore, it addresses issues about the overuse of finite resources, advocating for a more sustainable approach to industrial fabric production.

Lowering of Carbon Footprint and GHG Emissions

Using recycled materials, an industrial fabric manufacturer helps mitigate climate change and reduce their environmental effects. The reduced carbon footprint aligns with global initiatives to minimize GHG and promote sustainability goals and environmental responsibility. This positive shift toward greener processes addresses the immediate fabric-related ecological challenges.

Conservation of Water and Energy Resources

Recycling materials generally require less energy, making it a more efficient and ecological solution in fabric production. By reducing energy demand, the sector may reduce its overall environmental impact and transition to a more resource-efficient and environmentally friendly process. It also contributes to water conservation and alleviates the ecological stress associated with excessive water use.

Recycled Materials and Sustainable Alternatives in Industrial Fabrics

Repurposing post-consumer and post-industrial waste into new fabrics offers a promising solution to reduce waste and lessen the demand for new resources, diverting materials from landfills. Recycled fabrics symbolize a shift towards a circular economy, where existing materials are reused to create new products. This promotes a more sustainable production cycle.

Looking ahead, it is crucial to recognize the growing momentum towards sustainability within the textile industry. Consumers are increasingly demanding eco-friendly products, prompting companies to prioritize eco-conscious practices. This shift benefits the environment and allows businesses to build stronger connections with conscientious consumers.

Below are examples of these alternatives:

• Recycled yarns: These fibers are derived from post-consumer waste, undergoing a process to transform discarded materials into new usable items. Commonly recycled yarns include polyester, nylon, and cotton.
• Solution-dyed yarns: These fibers undergo a coloring process while the polymer solution is manufactured before extrusion- thus eliminating the need to dye at the manufacturing facility. And it results in yarns with consistent and permanent color throughout.
• Biodegradable additives: These are substances incorporated into plastics or materials to enhance their ability to break down naturally. For example, Ciclo accelerates the biodegradation process of textile materials, promoting the decomposition of the resources.

Why Solution-Dyed Yarn Is Superior

Solution-dyed yarn is a perfect example of an innovative and sustainable approach in the textile industry. It is dyed during the initial manufacturing process of the fiber rather than after it has been spun, knit or woven. This unique production method enhances the quality and durability of the final product and addresses serious environmental concerns.

Here are the reasons why solution-dyed yarn is superior to other fabrics or textiles:

• Color permanence: The color is an intrinsic part of the yarn, resulting in fabrics that resist fading, even after prolonged exposure to sunlight and washing.
• Water conservation: Incorporating the color directly into the polymer solution before extrusion reduces the need for extensive dye baths.
• Energy efficiency: The dyeing process reduces the need for heating large volumes of water, resulting in a more energy-efficient production method.
• Chemical reduction: The solution-dyeing process reduces the reliance on dyes, leading to a decrease in the overall use of chemicals.

Choose Jason Mills for Unparalleled Industrial Textile Solutions

At Jason Mills, we take pride in providing industrial knit fabrics that are meticulously engineered and rigorously tested. We guarantee their superior performance, durability, and dependability even in the harshest environments. Our experience includes working in various healthcare, workplace safety, and recreation industries.

Contact us today to explore our products and services! You can also request a quote now.