EN1149-1 Protective clothing - electrostatic properties. Part 1: test method for measurement of surface resistivity. This is resistance in ohms (Ω) along the surface of the material.
EN1149-3 Protective clothing - electrostatic properties. Part 3: test methods for measurement of charge decay.
EN1149-5 Protective clothing - electrostatic properties. Material performance and design requirements. Gives the pass requirements as 2.5 x 109(Ω) (for part 1) and t50 < 4s or S >0.2 (for part 3). t50 is the half decay time and S is the shielding factor. You can use either part 1 or part 3 to pass.
Product is made from food approved ingredients. Migration testing is performed to ensure that the article in contact with food meets the required standards. If both of these criteria are met, the Food Contact symbol can be applied to the glove and/or packaging. The framework regulation for food contact is Regulation (EC) 1935/2004.
Applying Dyneema® Technology in a lightweight glove can boost cut performance levels. It requires no compromise on comfort, tactility and weight of the glove, while providing significantly higher cut resistant performance and better durability. For heavy duty applications, combining Dyneema® Technology with glass fibre or steel wire will boost performance levels even further.
Dyneema® is a registered trademark of Royal DSM N.V.
Puncture Resistance (EN388)
Puncture resistance is measured as the force required to break through samples from gloves with a standard puncture needle. The design of this needle is comparable to that of a large nail.
To assess resistance from puncture by a needlestick, a 25 gauge hypodermic needle can be used.
For Minimal Risks Only
Gloves of simple design offer protection from low level risks, e.g. janitorial gloves. Manufacturers are permitted to test and self-certify the gloves themselves. Gloves of this category are CE-marked as shown.
Medical Devices Directive
Medical Devices Directive 93/42/EEC classifies devices according to the potential hazard, expected duration of contact and expected invasiveness. If a product conforms to the Medical Devices Directive it must carry a CE mark on its packaging, and may also provide a statement of its classification. In addition, the properties of medical devices are described by a range of standards.
Classification of Devices
Class I – Non-invasive devices, for example examination gloves (entry into a bodily orifice is not considered invasive).
Class I - Sterile – Sterilised class I devices, for example sterile procedure gloves.
Class IIa – With respect to the portfolio of Polyco Healthcare products these are short term invasive devices, for example surgical gloves.
European Standards for Medical Gloves
All Polyco Healthline Medical Gloves comply with the European Standard EN455 Medical Gloves for Single Use. The standard is divided into 4 parts covering:
EN455-1 – Freedom from holes.
EN455-2 – Physical properties.
EN455-3 – Requirements for biological evaluation.
EN455-4 – Requirements and testing for shelf life determination.
Quality at the forefront
Our goal is to meet and exceed customer expectations. To ensure the highest level of quality, our products are subject to one of the most rigorous Quality Assurance regimes in the glove industry. To support this Polyco Healthline operates a Quality Management System that is externally certified to ISO 9001 and ISO 13485.
We are committed to maintaining the highest levels of product quality, customer service and ethical standards, whilst minimising our impact on the environment. Our Environmental Management System is certified to ISO 14001 to allow us to continually assess and improve our environmental performance, and our Energy Management System is certified to ISO 50001.
There are two stages that a glove manufacturer must go through to ensure that a product is suitable for food use:
Ensure that the product formulation is made from products listed in regulation 10/2011 (relating to plastic materials and articles intended to come into contact with foodstuffs). This is a positive list whereby the product concerned can only be made from the materials listed in this directive.
Perform migration testing to ensure that the article in contact with food does not leach anything into the food. This is detailed in the EN1186 series of standards (materials and articles in contact with foodstuffs - plastics).
If both of these criteria are met, the Food Contact symbol (see above) can be applied to the glove and/or packaging.
This set of standards lays down what chemicals can be used to replicate the various food types as well as the methods used.
There are four food stuffs defined:
Aqueous where plain water is used as the food simulant
Alcoholic where 10% ethanol solution is used as the food simulant
Acidic where 3% acetic acid solution is used as the food simulant
Fatty where various equivalents are used as the food stimulant. Typically these are iso-octane, 95% ethanol or vegetable oil
Typically for gloves repeated extractions of 2 hours are carried out at 40°C to mimic repetitive transient contact.
EN1186 requires that there is a maximum overall migration limit from the article into the food of 10mg/dm2, any article being used in contact with food must meet this requirement.
EN1186 also allows for reduction factors to be applied to fatty food. This is based on the fat content of the food and the ability of a particular foodstuff to extract component(s) out of an article in contact with food. Highly fatty foods such as oils have no reduction factors, while meats have a reduction factor of 4 and shelled roasted nuts have a reduction factor of 5.
This means that even when the overall migration limit of 10mg/dm2 is exceeded, the article may still be suitable for use depending on the type of food being handled.
EN455 Medical Gloves
EN455 Medical Gloves for Single Use. Part 1 Requirements and Testing for Freedom From Holes
Gloves must pass this test in order to prove that they are an effective barrier against micro-organisms. A statistical sample taken from a batch of gloves is subject to checks for pinholes and leaks by filling with water. Gloves must achieve acceptance quality limit (AQL) of 1.5 or better in order to be used as examination, procedure or surgical gloves. AQL 1.5 is equivalent to a maximum risk of 1.5% that any given glove contains a pinhole capable of allowing water, and therefore micro-organisms, through the film.
EN455 Medical Gloves for Single Use. Part 2 Requirements and Testing for Physical Properties
This standard includes tests for glove dimensions, and physical strength. The requirements for physical properties depends on the glove classification (surgical/examination) and material (Latex, Nitrile, Vinyl, Polythene).
EN455 Medical Gloves for Single Use. Part 3 Requirements and Testing for Biological Evaluation
This standard includes tests for potentially hazardous materials that may affect the wearer or be transferred to a patient. These materials include:
Endotoxins: Toxic materials left behind by certain bacteria that can cause fever in humans (sterile gloves only)
Latex Proteins: Because natural rubber latex is a natural product it contains proteins and enzymes that can cause a severe allergic reaction in genetically predisposed people (type I allergy)
Chemical Residues: Most commonly, accelerators used in the manufacture of the product itself. These can cause allergic dermatitis in some genetically predisposed individuals(type IV allergy) The materials above are tested individually as well as collectively, through the use of limited animal testing according to a separate standard, ISO10993
Powder: A powder free medical glove should have a powder level of <2mg per glove EN455 Medical Gloves for Single Use. Part 4 Determination of Shelf Life
This standard requires a complicated network of tests to determine how long a glove will be fit for use when stored in warehouses or in end-user store rooms. All calculations based on this testing must be checked by comparison to samples aged in real-time as soon as those samples become available. The maximum shelf-life that can ever be claimed for medical gloves is five years from the date of manufacture.
Our range of apparel is also regulated by the PPE Directive 89/686/EEC. Most of our workwear will fall under the minimal risk category. However, certain items are also regulated by specific industry standards.
Hazard Protective Coveralls, Category III
Our Shield® Plus, Shield® Advance and Shield® Ultimate coveralls.
EN ISO 13688: General Requirements for Protective Clothing
Defines general requirements for ergonomy, product design and comfort, sizing requirements according to wearer height, chest and waist circumference and specific labelling of the garment. We refer to numerical types of protection to define the level of protection of each coverall.
Type 3: Liquid tight-jet Hazards (EN17491-3)
Type 4: Liquid spray Hazards (EN17491-4)
Type 5: Dry particles Hazards (EN13982)
Type 6: Liquid splashes Hazards (EN13034)
In order to classify coveralls into types, other specific industry standards are required:
EN14126: Protection against Biological Hazards
Specifies the requirement of protective clothing against Infective Agents such as Bird Flu.
EN1073-2: Protection against Radioactive Hazards
Specifies the requirement of protective clothing against Radioactive contaminations.
EN1149: Test method for Anti-static properties
Specifies the requirements and test method for measurement of electrostatic charge decay.
Respirators (half masks)
The range of FFP masks is classified as Category III, complex design and are tested in accordance with the following harmonised standards:
EN149+A1: Protection against hazardous particles for Respiratory masks
Specifies the requirement of Respiratory Protective Face Masks. This standard is divided into 3 categories, which will define the level of filtering protection from each disposable face mask. The level of protection is calculated on the Nominal Protection Factor (NPF), the acceptable level of filtering efficiency based on the amount of hazardous substance in the air. The greater the number, the greater the protection.
Protection from low toxicity levels
4 x NPF
Filtration efficiency of 78%
Protection from medium toxicity levels
12 x NPF
Filtration efficiency of 92%
Protection from high toxicity levels
50 X NPF
Filtration efficiency of 98%
‘D’- Dolomite test. This test exposes the respirator to a concentration of dolomite dust at 400 ± 100 mg/m3 with dust size ranging from 0.7-12 µm. All respirators that have passed with additional optional test to EN149 will be marked with the symbol ‘D’ after the class of respirator. (eg: FFP3D)
Additional usage symbols include:
NR - Non reusable in a single shift
R - Reusable in a single shift
Our medical facemasks DK01 are regulated by the Medical Devices Directive and are tested to and comply with the following European standard:
EN14683: Medical Face Masks Requirements and Test Methods
Defines the Bacterial Filtration Efficiency of the facemasks and divides its tests into four categories:
Bacterial Filtration Efficiency in vitro (BFE)
Standards of the filtration of a controlled concentration of Staphylococcus aureas.
Results: BFE of ≥95% = Type I BFE of ≥98% = Type II
Breathing Resistance (Delta P)
Testing of the air flow pressure passing through the mask.
Results: Type I & II (non splash resistant) = <29.4 KPa
Type IIR (splash resistant) = <49.0 KPa
Testing of a determined quantity of artificial blood sprayed on the mask.
Results: Type I & II not applicable
Type IIR minimum 120 mmHg
The bioburden of the medical mask shall be <30 cfu/g
Bags and Sacks
(Including Clinical Waste)
BSEN13592: Plastic refuse sacks for household waste collection.
BSENISO7965-2: Sacks drop test. Sacks made from thermoplastic flexible film.
Clinical waste sacks and bags: Regulated and supplied in compliance with the department of health HTM07-01 (Health Technical Memorandum - Safe Management of Healthcare Waste)
CHSA: HPC Healthline UK Ltd is a founder member of the CHSA (Cleaning and Hygiene Suppliers Association) which was founded to initiate tighter product quality controls supplied in the industry. The CHSA is a member of the British Cleaning Council setting standards for code of practice of businesses throughout the supply chain.
All pulp products are classified as Class I medical devices in accordance with directive 93/42/EEC as amended by directive 2007/47/EC. All pulp products are tested to and comply with PAS:29 Disposable Pulp products for use in healthcare.
This involves the following two stages:
Performance for retention: water retention of minimum of 4 hours at 35ºC ± 3ºC
Performance for disposal: must be capable of disposal in a sluice room macerator at a generally 2 minutes' cycle time.
In addition, the pulp products are Kitemarked (as shown) under the BSI kitemarking scheme for quality and safety.
The Shield® range of wipes has been tested against a combination of standards detailed below dependent on the intended action of the wipe:
EN1040: Chemical disinfectants and antiseptics: Basic bactericidal activity.
EN1275: Chemical disinfectants and antiseptics: Basic fungicidal and yeasticidal activity.
EN1276: Chemical disinfectants and antiseptics: Evaluation of bactericidal activity of chemical disinfectants and antiseptics used in food, industrial, domestic and institutional areas.
EN1650: Chemical disinfectants and antiseptics: Evaluation of fungicidal and yeasticidal activity of chemical disinfectants and antiseptics used in food, industrial, domestic and institutional areas.
EN13624: Chemical disinfectants and antiseptics: Evaluation of fungicidal activity of chemical disinfectants for instruments used in the medical area.
EN13727: Chemical disinfectants and antiseptics: Evaluation of bactericidal activity of chemical disinfectants for instruments used in the medical area.
EN14348: Chemical disinfectants and antiseptics: Evaluation of mycrobactericidal activity of chemical disinfectants in the medical area including instrument disinfectants.
EN13704: Chemical disinfectants and antiseptics: Evaluation of sporicidal activity of chemical disinfectants used in food, industrial, domestic and industrial use.
EN14476: Chemical disinfectants and antiseptics: Evaluation of Virucidal activity in the medical area.
Polyco Healthline offers a complete hygiene solution adapted to the HACCP (Hazard Analysis and Critical Control Points) requirement with its full range of disposable gloves and workwear.
HACCP is a systematic preventive approach to food safety and is used to minimise cross contamination during food processing. Food factories have the responsibility to control and establish high level of hygiene at all stages within the food manufacturing process. This principle enables manufacturers to put into place a large range of controlling measures and on-line checks during the manufacturing process and hygiene measures for production personnel.
In order to avoid any cross contamination between food preparation and handlers, all staff working in a food environment must respect a high level of hygiene and must wear clean and appropriate workwear.
Shoes or shoe covers specifically for the work area
Headwear covering the hair completely
Recommendations for the correct usage of disposable gloves:
Wash hands prior to donning the gloves and thoroughly dry before donning
Cover all wounds or cuts
Change gloves every 4 hours or when the film barrier is compromised.