Lightweight Insole Board Material

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Solanmi Leather  Lightweight Insole Board Material (a new type of functional base material specially developed for the footwear industry) is a core structural layer between the shoe insole and the outsole. It is made through advanced fiber composite technology or modified polymer materials (such as PP, non-woven fabric fibers, etc.) and possesses three core attributes: ultra-light texture, structural support, and comfortable fit. Unlike traditional thick and easily deformed insole base materials, this product is positioned with the core features of "lightweight, high performance, and multi-adaptability". It significantly reduces the overall weight of the insole while providing stable support for the feet, excellent moisture-wicking and breathability, and good shape retention. It can meet the production needs of various types of shoes and help footwear brands create more competitive lightweight and comfortable products. It is widely used in various footwear sub-sectors such as civilian, sports, and special protection, balancing practicality and environmental friendliness. It is one of the indispensable core base materials in modern footwear manufacturing.

• - Ultra-lightweight texture: The density is much lower than that of traditional shoe insole materials (such as fiberboard, steel-based materials), and the weight is reduced by more than 30% compared to traditional materials. No additional weight is added to the shoes, effectively alleviating foot fatigue caused by prolonged wearing, and meeting the requirements for lightweight shoe designs.
• - Precise thickness adaptation: The thickness can be flexibly customized. The regular specification covers 1.00mm - 4.00mm, and the common specification is 1.25mm - 2.5mm. According to the support requirements of different shoe types (casual shoes, sports shoes, work boots), the thickness and hardness can be adjusted to balance support and flexibility.
• Excellent structural stability: Through advanced processes such as pinhole punching and chemical bonding, the fibers or polymer materials are closely integrated, making them less prone to deformation or delamination. Even under long-term foot pressure, bending and friction, they can still maintain their original shape, ensuring the long-term support performance of the insole and preventing the displacement of the inner space of the shoe due to the deformation of the base material.
• - Outstanding weather and moisture resistance: It possesses excellent moisture-proof and corrosion-resistant properties. Unlike traditional fiberboards which are prone to deformation and corrosion when exposed to moisture, in humid environments or situations with continuous sweating, it can still maintain structural integrity, is less likely to mold or age, and extends the service life of the insoles.

• - Strong customization capability: Based on customer requirements, thickness, hardness, size, color can be flexibly customized, and even additional functions such as antibacterial, deodorizing, heating can be added (for example, adding silver nanoparticles to achieve antibacterial properties). It can meet the personalized needs of different shoe types and various scenarios, and meet the differentiated research and development needs of brands.
• - Comprehensive scene adaptability: It takes into account multiple attributes such as lightness, support, comfort, and environmental protection. There is no need to develop base materials separately for different shoe models. It can be widely adapted to various footwear products, reducing brand research and development costs, improving supply chain efficiency, and meeting the needs of multiple fields such as civilian, sports, and special protection.
• Compliance is guaranteed: It has passed multiple international environmental protection and safety inspections, contains no harmful substances, complies with the global footwear industry export standards, helps the brand expand its international market, avoid trade barriers, and enhance the international competitiveness of the products.

• - In the sports shoes category: basketball shoes, running shoes, badminton shoes, hiking shoes, etc. The core requirements are lightweight, support, and breathability. They can reduce the weight of the shoe body, enhance flexibility during exercise, provide stable support for the feet, alleviate fatigue during exercise, and be suitable for high-intensity exercise scenarios. Some products can be used as the base material for 3D-printed custom insoles.
  - In the casual shoes category: canvas shoes, loafers, moccasins, etc. The core requirements are lightweight, comfortable, and stylish. This product can maintain the thin and light texture of the insole, without affecting the inner space of the shoe, and has good moisture absorption and breathability, improving the comfort of daily wear, and is suitable for daily commuting and casual outings.
  In the field of special protective shoes: safety shoes, security shoes, military and police shoes, etc. The core requirements are durability, support, and moisture resistance. This product can provide stable support while maintaining light weight. It also has excellent moisture-proof and corrosion-resistant properties, suitable for outdoor operations and special positions. Some products can be embedded with heating elements to meet the needs of winter protective shoes.
  In the field of orthopedic and functional shoes: flat-foot correction shoes, elderly shoes, rehabilitation shoes, etc. The core requirements are support, fit, and comfort. This product can flexibly adapt to the shape of the foot and provide targeted support, relieve foot pressure, facilitate foot rehabilitation, and at the same time, its lightweight design reduces the wearing burden for the elderly and rehabilitation groups, and is suitable for special foot demand scenarios.

Lightweight Insole Board Material (a new type of core material for footwear that combines "lightweight, high performance, environmental friendliness, and multi-adaptability") is a revolutionary material that addresses the industry's challenges of traditional shoe insole materials being heavy, prone to deformation, lacking sufficient support, as well as similar lightweight materials having poor stability and low cost-effectiveness. The product offers multiple advantages such as ultra-light texture, stable support, moisture absorption and breathability, ease of processing, and environmental compliance. It can meet the lightweight and differentiated research and development needs of footwear brands, enhance product competitiveness, provide users with a more comfortable, durable, and safe wearing experience, and align with global environmental trends, achieving a win-win situation of economic benefits and environmental benefits.

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