Nitrile Cleanroom Gloves – Otect N310 Box of 100

Step into the future of cleanroom gloves

The unique “cuff first” dispensing system allows you to:

• reduce your cross-contamination risks
• your CO₂footprint
• reduce your logistics costs
• to avoid glove waste

Upgrade your cleanroom PPE and make a better choice for your cleanroom, your employees and your planet.

N310, the future of cleanroom gloves

Avoiding glove waste

Studies have shown that with traditional dispensers, an average of 10% of gloves fall out of the pack when removed due to overflow and spillage and are therefore discarded. Traditional glove packs are not packaged efficiently. Gloves may be poorly layered and when one glove is removed, several gloves may inevitably be pulled out with it. These must then be discarded or pushed back into the pack, creating a further risk of contamination.

space saving and reducing logistics costs

In addition to protecting against contamination, the revolutionary patented packaging technology enables a significant reduction in pack volume and therefore also in outer packaging. This is not just about efficiency – it is a real breakthrough. Imagine cost savings and a smaller environmental footprint as we optimise storage and transport while reducing excess packaging. This is the smarter and cleaner approach.

When comparing the N310 with leading market alternatives, the manufacturer can demonstrate significant space savings, which in turn has a positive impact on overall storage and transportation in terms of pallet yield and truck and container loading. This leads to cost savings and a positive effect from the reduction in packaging.

reduction of CO₂footprint

The Otect N310 will produce significant CO₂-Enable savings by taking trucks off the road and containers off the oceans.

The significant space saving leads to CO₂-Savings of up to:

• 145 kg CO₂-Savings* per 100 miles of road transport
• 1446 kg CO₂-Savings* per sea freight transport

This is based on an estimate of 10 million gloves.

*Source: DSV Rigid 57 kg CO₂ per 100 miles / DSV route Shanghai to Felixstowe 693 kg CO₂ per 20-foot container