Solid Gear Ortholite Hybrid Insole SG21002

OrthoLite Hybrid Insole by Solid Gear

Looking for an insole accessory that truly delivers on comfort without compromising on environmental responsibility? The Solid Gear OrthoLite Hybrid Insole SG21002 is engineered with a patented formula combining recycled rubber and production waste foam, delivering 40% eco-content whilst maintaining exceptional performance standards. This replacement insole accessory is ideal for professionals who spend extended periods on their feet and demand both support and breathability throughout their working day.

The insole features high-level breathable properties to keep feet fresh, whilst the advanced cushioning technology provides sustained comfort across long shifts. The design works seamlessly with ESD-enabled footwear, making this insole accessory versatile across various professional environments. After approximately six months of continuous wear, simply replace the original insole with this certified alternative to maintain optimal support and comfort.

Key Features

• 40% eco-content from recycled materials
• High-level breathable technology keeps feet comfortable
• Long-lasting cushioning for extended wear periods
• Compatible with ESD-equipped work footwear
• Machine washable for easy maintenance

Recommendations from our Unishore Expert

We'd recommend this insole accessory if you're after enhanced foot comfort during demanding work shifts. The breathable construction means your feet won't feel restricted, even when wearing protective footwear for extended periods. The cushioning provides genuine support where you need it most, and the eco-conscious manufacturing means you're making a responsible choice without sacrificing performance. Simply pop it in the wash when needed, and you've got a low-maintenance accessory that works hard for you.

Product Features

• Material - OrthoLite Hybrid formula with recycled rubber and production waste foam
• Weight - 0.1 kg
• Article Number - SG21002
• Country of Origin - Vietnam
• ESD Compatible - Yes