In Ecosafe safety footwear, we utilize BASF's Polyester PU System, which provides significant advantages for safety shoes by enhancing comfort, durability, and specialized protection. Their key products, such as Elastopan® and Infinergy®, are designed to reduce fatigue and meet stringent safety standards. Additionally, our footwear incorporates the technology contributing to enhanced grip, heat resistance, extended shelf life and superior comfort.
Odour Prevention
Utilising the Micro-Fresh technology ensures that no bacteria are present, resulting in no odours. This not only reduces the need for intensive cleaning but also extends the lifespan of your products.
Viral Protection
Tested and proven, the Micro-Fresh technology significantly reduces the cross-contamination of viruses, including COVID-19, thereby protecting both customers and workforces.
Mould Prevention
The use of Micro-Fresh technology also prevents mould growth during transit, especially for goods that may be exposed to humid conditions, ensuring quality through the use of recycled yarns.
Hypoallergenic
Our products are hypoallergenic, free from plastic, and suitable for even the most sensitive skin types, making them an excellent choice for a wide range of consumers.

The production of Flyknit uppers using polyester yarns, including those made from the recycled pet bottles, reduces waste by about 60% compared to traditional cut-and-sew shoe manufacturing, effectively diverting millions of plastic bottles from landfills. Utilising recycled materials not only helps in cutting carbon emissions by around 30% compared to virgin polyester but also enhances performance through innovations. These recycled yarns ensure high strength, which is critical for safety footwear, by leveraging advancements in spinning and knitting technology.

Requirements: Protective toecap 200 Joules, antistatic outsole to dissipate static electricity, and an energy-absorbing heel to reduce impact on joints. This footwear features a closed-back heel and an outsole resistant to hydrocarbons, all designed using the advanced BASF Polyester PU System. Additionally, it incorporates Micro-Fresh technology to enhance freshness and utilizes recycled yarns for a more sustainable choice.
Requirements: All the requirements of S1. The upper material, made with the BASF Polyester PU System, is water-repellent and water-resistant to prevent water penetration, while incorporating Micro-Fresh technology and recycled yarns for enhanced durability.
Requirements: All the requirements of S2 include midsole penetration resistance to protect against sharp objects like nails (15KN) and a profiled sole for better grip. Additionally, these features are enhanced by the use of the BASF Polyester PU System, which offers durability, and Micro-Fresh technology to maintain freshness. The incorporation of recycled yarns also contributes to sustainability.
Combining S1 requirements with the addition of a puncture-resistant sole made from BASF Polyester PU System, this footwear is ideal for high-risk puncture environments. Additionally, it incorporates Micro-Fresh technology and recycled yarns for enhanced performance and sustainability.
These are typically boots made from rubber or polymer, incorporating the BASF Polyester PU System, with S5 adding midsole penetration resistance and featuring Micro-Fresh technology for enhanced durability, all while utilizing recycled yarns.
Newer classifications introduced in 2022 highlight higher levels of water resistance for the entire footwear piece, utilizing the BASF Polyester PU System and incorporating Micro-Fresh technology alongside recycled yarns.
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