ecoSHIELD™
MEdium risk
Optimised for efficiency.
ecoSHIELD™ brand offers disposable Latex or Nitrile laboratory gloves certified as Category III PPE and featuring an extra-length of 250 mm. With an AQL 0.25 (Nitrile) or 0.65 (Latex), these Type B protective gloves provide a practical solution for laboratory professionals seeking reliable protection, cost efficiency and reduced packaging footprint.
Laboratory protection with optimised packaging and cost efficiency
ecoSHIELD™
Eco Nitrile PF 250
Protective glove, laboratory glove - Category III PPE glove - Ambidextrous powder-free green/white nitrile glove - AQL 0.25 - extra length.
ecoSHIELD™
Eco Latex PF 250
Protective glove, laboratory glove - Category III PPE glove - Ambidextrous powder-free natural rubber latex glove - AQL 0.65 - Extra length.
With the SHIELD Scientific product brand code, select the right gloves is now an easy exercise.
Select your gloveInformation
ecoSHIELD™ gloves were developed with a focus on reducing resource consumption through thoughtful product and packaging design. By combining laboratory protection with efficient use of resources, packaging optimisation and cost awareness, the range reflects both practical and economic considerations.
When considering the use of disposable gloves, resource efficiency extends beyond the glove itself. Material choice (for example, natural rubber latex and nitrile gloves may have different environmental footprints), packaging, transport methods and end of life treatment can all influence the resources used and the environmental footprint associated with glove use.
Always bear in mind that, to minimise unnecessary consumption and make the most appropriate use of available resources, it is of utmost importance to use "The right glove for the right application, only when it is necessary".
Material options
Available in nitrile or natural rubber latex, ecoSHIELD™ gloves allow lab workers to select the material best suited to their application. The ecoSHIELD™ Eco Nitrile PF 250 glove offers enhanced resistance to a broad range of chemicals and solvents. It helps limit the risk of Type I latex allergy. The ecoSHIELD™ Eco Latex PF 250 glove is made from natural rubber latex, a renewable raw material sourced from Hevea brasiliensis trees. It combines comfort, flexibility and dexterity. The results of its Carbon footprint assessment indicate a lower carbon footprint than that of a comparable nitrile glove
Protection features
Designed for laboratory applications, ecoSHIELD™ gloves feature an extended cuff and a minimum overall length of 250 mm, providing greater wrist coverage than standard 240 mm disposable gloves, which may help protect the wearer against incidental splashes. The ecoSHIELD™ Eco Nitrile PF 250 glove is manufactured using the twinSHIELD™ double-layer manufacturing process, achieving an AQL of 0.25, corresponding to an exceptionally low defect acceptance level. The ecoSHIELD™ Eco Latex PF 250 glove is manufactured to an AQL of 0.65, providing the comfort and flexibility of natural rubber latex while maintaining a consistently high standard of quality.
Packaging & Logistics
Packaging across the ecoSHIELD™ range has been designed to optimise the use of materials and logistics resources. The outer cartons contain 97% recycled fibre and are recyclable. The dispensers are recyclable and carry the FSC Mix label (FSC Mix products may contain material from FSC-certified forests, recycled sources and other controlled sources). The packaging also uses 60% less printing, helping reduce the amount of ink required. In addition, the design of the ecoSHIELD™ Eco Nitrile PF 250 glove allows 150 gloves to be supplied in a dispenser of similar dimensions to the 100-glove dispenser used for the ecoSHIELD™ Eco Latex PF 250 glove. This enables more gloves to be packed within the same volume, helping optimise the use of packaging materials, storage capacity and transport space throughout the supply chain.
Our sustainability commitments
At SHIELD Scientific™, protection comes first. Protecting people, products and processes is at the heart of every glove we develop. However, the manufacture and use of single-use gloves also have environmental and social impacts. Understanding these impacts and evaluating the footprint associated with our products and activities are essential for informed decision-making and continuous improvement.
Our approach can be summarised in three principles: Protect. Prove. Progress. Protecting people, products, processes and the environment. Demonstrating performance through measurement, independent assessment and transparency. Continuously improving our practices by identifying what has been achieved, what has been verified and what still needs to be addressed. Discover how SHIELD Scientific™ has embarked on a programme of independent third-party assessments to better understand the full range of impacts associated with its activities and support the evolution of its practices.
Laboratory gloves for protection and responsible resource use
* According to our gloves’ Product Carbon Footprint study conducted by ecovamed in 2023.
Category III PPE and Class I Medical Device:
ecoSHIELD™ gloves comply with PPE Regulation (EU) 2016/425 as Category III Personal Protective Equipment (PPE). Category III PPE is intended to protect users against risks that may cause death or irreversible damage to health, including hazardous chemicals and harmful biological agents. Under the principles of European workplace health and safety legislation, including Framework Directive 89/391/EEC, employers are responsible for assessing workplace risks and providing protection appropriate to the hazards identified. The selection of a protective glove should always be based on the specific risks and conditions of use. Compliance with Category III PPE requirements does not in itself guarantee suitability for every chemical, biological or mixed hazard application. ecoSHIELD™ gloves are also registered as Class I Medical Devices according to MDR Regulation (EU) 2017/745.
Brand signature: Green colour for medium risk applications.
Laboratory gloves for common applications.
Category III PPE gloves according to PPE Regulation (EU) 2016/425.
Class I Medical Devices according to MDR Regulation (EU) 2017/745.
Compliant with EN ISO 21420:2020 (Protective gloves, general requirements and test methods).
Type B chemical protection according to EN ISO 374-1:2016+A1:2018.
Protection against bacteria, fungi and viruses according to EN ISO 374-5:2016 and ISO 16604:2004 Procedure B.
twinSHIELD™ double-layer manufacturing process for enhanced barrier protection. *
AQL 0.25 (Eco Nitrile PF 250) and AQL 0.65 (Eco Latex PF 250) according to EN ISO 374-2:2019.
250 mm length for increased wrist coverage and additional protection against splashes.
Available in nitrile and natural rubber latex for different laboratory applications.
Eco Nitrile PF 250 gloves manufactured without vulcanisation accelerators and added sulphur, which may help reduce the risk of Type IV allergic reactions. *
Reduced risk of Type I latex allergy with Eco Nitrile PF 250 gloves.
Packaging made from more than 80% recycled cardboard, FSC Mix-certified dispensers with 60% less printing.
150 gloves per dispenser for Eco Nitrile PF 250 versus 100 gloves per dispenser for Eco Latex PF 250, helping optimise storage and transport space.
* ecoSHIELD™ Eco Nitrile PF 250 gloves only
Laboratory
Pharmaceutical
Biotechnology
Medical devices
Aeronautics and space
Automotive
Optics-Precision mechanics
Solar-renewable energies
Nanotechnology
Electronics
Life sciences
Cosmetics
Healthcare
General industry
Packing
Food industry
Agriculture
Machinery and equipment
Chemical industry
Micromechanics
Oil and gas
Printing
Within the SHIELD Scientific™ Traffic Light Selection System, green identifies the Medium Risk category. The green colour of the ecoSHIELD™ Eco Nitrile PF 250 glove helps laboratory professionals quickly identify a glove intended for routine laboratory applications and medium-risk environments, distinguishing it from gloves developed for High Risk (Orange) and Very High Risk (Red) categories.
The medium risk category is intended for applications requiring more protection than standard disposable gloves. Within the SHIELD Scientific™ Traffic Light Selection System, glove thickness and length increase progressively according to the identified risk category. The most appropriate glove should always be selected following a risk assessment specific to the application.
Many standard disposable gloves have a minimum length of 240 mm. At 250 mm, ecoSHIELD™ gloves incorporate an extended cuff that provides greater wrist coverage, which may help reduce exposure to incidental splashes and contamination during laboratory procedures.
Packaging design can influence resource consumption, storage requirements and transport space throughout the supply chain. ecoSHIELD™ Eco Nitrile PF 250 dispensers contain 150 gloves instead of 100 while maintaining the same dispenser dimensions as ecoSHIELD™ Eco Latex PF 250. By supplying one third more gloves within the same volume, this format reduces cardboard use by more than 30% per glove and helps optimise storage and transport efficiency.
Nitrile and natural rubber latex each have advantages and limitations. Nitrile is often selected for resistance to certain chemicals, including many solvents, oils and hydrocarbons, and may help reduce certain allergy risks, including Type I latex allergy. Latex offers comfort, flexibility and dexterity and is associated with a lower carbon footprint (- 27%) than nitrile. Glove selection should always be based on chemical resistance data and application requirements.
ANY QUESTIONS?
FAQ
Looking for answers about cleanroom gloves or laboratory gloves? This FAQ section covers key topics such as disposable glove usage, contamination control, hand protection and glove selection. Explore practical guidance or contact SHIELD Scientific to identify the most suitable solution for your cleanroom or laboratory application.
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