liyang fashion sustainable development
In the field of sweater trade, we uphold environmental and social responsibility and are committed to creating a sustainable fashion industry. Choosing our sweaters is not only a fashion choice, but also a support for a sustainable lifestyle.
- Selection of environmentally friendly materials:
We choose high-quality, sustainable sweater materials, such as organic cotton, recycled fibers, etc., to reduce dependence on natural resources and ensure that the materials are environmentally friendly and recyclable. - Fashion and durable design:
We focus on designing stylish and durable sweaters, pursuing high quality and extending the life of the garment. This helps reduce the consumption of resources and promotes boutique fashion rather than fast fashion. - Environmental certification standards:
Our sweaters comply with environmental certification standards, such as OEKO-TEX®, ensuring that the product is free of harmful substances and is a safe and reliable choice for your health and the environment.
By choosing our sweaters, you can not only experience the perfect combination of fashion and comfort, but also participate in a sustainable fashion revolution. Join hands with us to build a green future!
Sweater proofing production
- Initial design consultation:
The first step of proofing production is to conduct a detailed design consultation with the customer. At this stage, we have a deep understanding of our customers’ design concepts, requirements and special needs. Through adequate communication, we ensure that we accurately understand our customers’ expectations. - Design draft production:
Based on the initial consultation, our design team began to produce detailed design drawings. This includes design elements such as patterns, cut shapes, colors, and more. The design drawing is the basis of the subsequent production. - Material selection and preparation:
Once the design is confirmed, we carefully select the appropriate fabrics and materials according to the design requirements. This ensures that the boilerplate accurately represents the texture and effect of the design.
Sweater adds water slurry
At our sweater workshop, we use unique water slurry technology to infuse every sweater with an unparalleled sense of quality. Let’s explore this luxury journey and experience the perfect blend of fashion and comfort
- Top quality:
With the careful addition of water paste, each sweater exudes excellent softness and takes the texture to new heights. Touch like a cloud, fashion and comfort. - Clear hierarchy:
Water slurry technology gives the sweater a thicker layer, making the overall shape more rich. Wear it, as if you have a layer of fashion armor, exuding confidence and unique charm. - Colorful printing:
Whether it is fresh flowers or abstract patterns, the water paste technology makes the print more clear and full. Every detail is gorgeous like a work of art, adding a lot of color to the sweater.
For sweater material printing and evaluation
In the design concept of Liyang Fashion, we not only pursue fashion trends, but also integrate environmental responsibility into the printing process of every sweater.
- Sustainable material selection:
The environment-friendly printing materials carefully selected by Liyang Fashion are all made of sustainable raw materials, committed to reducing dependence on natural resources and contributing to environmental protection. - Water-based ink application:
We use water-based inks for printing, compared with traditional solvent inks, water-based inks are more environmentally friendly, do not contain harmful volatiles, and effectively reduce air and water pollution. - Low energy consumption process:
Liyang Fashion advocates the production process of low energy consumption, minimizes energy consumption through the fine printing process, and contributes to sustainable development. - Biodegradable materials:
We explore the use of biodegradable printing materials to make sweaters more easily degrade naturally at the end of their life cycle, reducing their lasting impact on the environment.