Leather is a natural material highly valued for its impressive tear strength, softness, and flexibility, which together provide both durability and comfort. In fact, safety shoes commonly use either cow leather, with a typical thickness of 1.6 to 2.0 mm, or buffalo leather, which is slightly thicker at 1.8 to 2.2 mm, each of which offers unique advantages. Moreover, leather not only protects against wind and rain but is also tear-resistant, breathable, and renewable. Additionally, its ability to absorb and release moisture helps regulate the internal climate of the shoe, thereby ensuring comfort in various conditions.

This high-performance material combines softness and comfort while effectively absorbing moisture to keep feet cool, dry, and comfortable. In addition, it promotes air circulation, facilitating efficient air exchange between the inside and outside of the shoe. With strong abrasion resistance in the non-woven selection, this material is built to withstand daily wear, enhancing durability. The breathable fabric lining is gentle on the skin, and its ability to absorb and release perspiration further enhances climate regulation within the shoe, ensuring a consistently fresh and comfortable experience.

Wrapped Rubber Foam Collar

The wrapped rubber foam at the shoe collar, or ankle area, significantly enhances comfort by providing a soft yet supportive fit. Furthermore, this material offers excellent stability and firm support, thereby ensuring a secure and comfortable experience throughout the day.

Ankle Support and Counter Shape Maintenance

This material effectively maintains the shape of the counter while supporting the ankle’s natural range of motion. As a result, it provides essential protection against twisting, enhancing overall stability and comfort.

Insole Functionality and Material Benefits

The insole serves as the “spinal column” of the shoe, with specified thickness essential for connecting the upper and the sole. Oscar utilizes non-woven or flexible insoles made from synthetic fabric, which offers distinct advantages for insole materials. These insoles feature high permeability properties that effectively absorb moisture from the feet while remaining breathable, creating a comfortable foot climate. Additionally, they boast quick-drying capabilities, allowing them to dry virtually overnight.

Toe Protection Standards

These safety boots provide protection against toe impacts of at least 200 joules and pressure loads of at least 15 kN. This level of protection forms the essential foundation of safety for every wearer, ensuring reliable defense against potential hazards in the workplace.

Polyurethane Insole Benefits

The polyurethane insole, laminated with a layer of non-woven brushed fabric, delivers excellent moisture absorption. This PU material is exceptionally strong and lightweight, offering both shock absorption and stability during walking. Moreover, it significantly enhances overall comfort for the wearer, making it an ideal choice for long-lasting footwear.

It is the foot center support system. The direct injection midsole provide individual adjustment to the foot in motion. This results in an optimal form fit between the foot and the shoe, as well as it improves foot movement quality. Pu also provides high impact absorption at all and heel to believe muscles and ligaments.

Non-Marking Rubber Outsoles

Safety shoes with traditional rubber outsoles can leave stains on ground and floor surfaces. However, OSCAR uses NBR rubber, which is designed to leave no markings, even in sensitive environments like electronic company clean rooms. This feature ensures that your footwear maintains a clean appearance while providing reliable protection.

Cut Resistance for Enhanced Safety

The cut resistance of the outsole indicates its ability to withstand sharp objects and particles, such as metal and glass. Specifically, PU outsoles, cemented nitrile rubber, TPU outsoles, nitrile rubber outsoles, PU/rubber injection outsoles, and vulcanized nitrile rubber soles each provide a high degree of cut resistance. Furthermore, these materials enhance durability and protection, offering wearers added safety across various work environments.

1. Direct Injection Outsole

Product Range: Dura Series, Dura Plus Series, Sport Series, Sport Max Series

Oscar leverages advanced German technology by using the DESMA machine, combined with specially formulated materials, specifically to ensure a high-quality product. In this process, the direct injection outsole features a dual-density construction, such as PU/PU, PU/TPU, or PU/NBR. To start, melted polyurethane is directly injected into the midsole mold, thereby creating a seamless bond with the second layer of the outsole. Consequently, this technique forms a strong and durable connection between the leather upper and the bottom outsole. Moreover, this approach enhances both durability and reliability, ultimately ensuring long-lasting performance even in demanding environments.

As a result of Oscar’s commitment to quality, the direct injection outsole design offers wearers a combination of strength and comfort, thus meeting high standards across a variety of applications. In summary, this advanced technique contributes to Oscar’s reputation for excellence and reliability.

2. Cemented Outsole

Product Range: Angel Series, Multipurpose Series, Executive Series

For cemented outsoles, specifically in these product ranges, a prefabricated outsole is securely attached to the shoe using the direct cementing method. Through this approach, a robust connection is created, therefore making it ideal for multipurpose applications. In addition, this technique ensures dependable performance even in challenging conditions, ultimately providing wearers with confidence in a variety of settings. Furthermore, the cemented outsole design contributes to enhanced durability and stability, which are essential for consistent quality.

As a result, Oscar’s cemented outsoles are trusted across different environments, thus meeting the demands of professionals who require reliable footwear. In summary, this construction method plays a crucial role in the overall performance and versatility of the Angel, Multipurpose, and Executive Series.