A silicone insole is provided and includes a lower insole layer, a polymer adhesive layer, a surface treatment agent layer and an upper silicone flat layer sequentially arranged from bottom to top in that order, the upper silicone flat layer is made of a food-grade silicone, and an upper end surface of the upper silicone flat layer is a flat structure without grooves and protrusions. An overall connection of the silicone insole is more solid and durable. The silicone insole can disperse pressure on foot to be more suitable for long standing or sporting under a protection of the food-grade silicone, it is suitable for shoes needing insoles to improve performance, and makes full use of advantages of silicone materials such as high friction, waterproof, slightly air permeability, better absorb moisture and perspiration, soft, environmentally protection, non-toxic, odorless, guaranteed rebound touch, quality, ageing resistance, and anti-static.

An odor-eliminating insole increases comfort, eliminates odor, and reduces moisture. The odor-eliminating insole comprises a quantity of odor-eliminating material, a quantity of desiccant, an ergonomic shoe insert, and a decorative cover. The quantity of odor-eliminating material neutralizes odor. The quantity of desiccant reduces moisture. The ergonomic shoe insert houses the quantity of odor-eliminating material and the quantity of desiccant. Additionally, the ergonomic increases comfort when wearing footwear. The decorative cover adds an aesthetic aspect to the odor-eliminating insole.

An insole is provided that is constructed out of a mesh material that is stretched and suspended over a cavity formed in a shoe. The mesh surrounds a foam base and a rigid frame positioned under the foam base. The foam base is shaped so that a cavity is formed between the top surface of the foam base and the mesh positioned over the foam base to provide a “trampoline” effect for a wearer's foot.

A footwear insole includes a base layer configured to overlie a sole of an article of footwear, a moisture permeable layer overlying the base layer, and an airgap structure captured between the base layer and the moisture permeable layer. Perimetric edges of the base layer, the airgap structure and the moisture permeable layer are aligned to form an insole perimetric edge.

A non-slip shoe wear has a non-slip part on each of an inner surface and an outer surface. The non-slip shoe wear can prevent an injury to the skin while maintaining a non-slip function by alternately arranging a non-slip part of an inner surface and a non-slip part of an outer surface.

A moisture-permeable waterproof shoe includes an outer shoe body unit including an outer shoe upper, a midsole and an outsole. The outer shoe upper and the midsole cooperatively define an insertion space. A sock-shaped inner shoe body unit is disposed in the insertion space and includes a moisture-permeable waterproof shoe-shaped inner sleeve, an outer sock body having a sock body portion sleeved on the shoe-shaped inner sleeve, and an inner adhesive layer adhered between an outer surface of the shoe-shaped inner sleeve and an inner surface of the sock body portion. A connecting layer is fixed between the outer shoe upper and the sock body portion and between the midsole and the sock body portion.

Multilayer insoles made of several layers of polymeric materials and used for insertion into footwear, for example, for hygienic and orthopedic purposes. Multilayer insoles having increased manufacturability, absorption properties and low cost of environmentally friendly raw materials obtained from renewable sources.

The invention provides a shoe liner that is easily placed within and affixed to the inside of a shoe. More particularly, the shoe liner herein possesses a removable paper layer that is removable after the shoe liner is appropriately positioned within a shoe.

Disclosed is a non-slip shoe wear having a non-slip part on each of an inner surface and an outer surface, particularly, a non-slip shoe wear that can prevent an injury to a skin while maintaining a non-slip function by alternately arranging a non-slip part of an inner surface and a non-slip part of an outer surface.

A double structure comfortable moisture-permeable waterproof shoe includes an outer shoe body unit including an outer shoe upper, a midsole and an outsole. The outer shoe upper and the midsole cooperatively define an insertion space. A sock-like inner shoe body unit is disposed in the insertion space and includes a moisture-permeable waterproof shoe-like inner sleeve, an outer sock body having a sock body portion sleeved on the shoe-like inner sleeve, and an inner adhesive layer adhered between an outer surface of the shoe-like inner sleeve and an inner surface of the sock body portion. A connecting layer is fixed between the outer shoe upper and the sock body portion and between the midsole and the sock body portion.