Mapa Professional 2026 General Catalogue (EN)

PROTECTIVE GLOVES 2026 CATALOGUE The future is in our hands

MAPA PROFESSIONAL introduces its Corporate Social Responsibility initiative “Our Caring Actions” Our long-term perspective centres around a process of continuous improvement to develop more responsible sourcing, mitigate our environmental impact and improve social standards with concrete actions and specific goals. We are striving to meet our stakeholders’ expectations whilst working towards a greener future in which we play an active role in terms of sustainability as we firmly believe that all our efforts, our caring actions for you, for us, no matter how big or small, once combined and multiplied, will have a positive impact. An initiative with brand- specific commitments related to our activities based on the group’s CSR policies CERTIFICATIONS AND AUDITS Quality management Environmental management Occupational health and safety management A TRUSTED COMPANY At Mapa Professional, our vision is that the hand protection industry is rooted in the absolute trust that users place in their gloves. We firmly believe this trust can only be built through permanent user-centric approach, effective innovation capacity and positive collaboration among all stakeholders. Protecting millions of hands worldwide by mutualizing our expertise with our users, clients, and partners to develop and provide reliable and high-performing hand protection solutions. Mapa Professional protects the most valuable hands in the world, yours. We have a whole dedicated team to understanding our users’ needs and to designing solutions suitable for use at workstations for most industries. A unique expertise, built on more than 45 years of experience, market knowledge and research and innovation capabilities. Integrated production 3 factories worldwide 2 R&D centres in France and Malaysia 60 engineers and technicians 1 Customer Technical Service stc.mapaspontex@newellco.com 1 Application laboratory Reproducing real glove use conditions with internal tests going beyond regulatory standards (grip, durability, dexterity, contact heat). The future is in our hands CQ 979/3 IFTH (For recycled fibres) Read more about our CSR 3 2

EUROPEAN LEGISLATION AND STANDARDS Why a PPE Regulation? Protective gloves are PPE (Personal Protective Equipment) and must comply with the European Regulation 2016/425 in order to freely circulate within the European Union. The Regulation 2016/425 contains the requirements that PPE must satisfy to guarantee the health and safety of users. That means that PPE must protect up to the required levels without compromising the user’s health. Harmonised European standards (EN 388, EN ISO 374-1…) are used in the certification process to assess conformity of the product to the requirements of the PPE Regulation in relation to the risks against which the product is intended to offer protection. The manufacturer must indicate the conformity of the product by CE marking it. He must also provide a EU declaration of conformity. PPE Regulation (EU) 2016/425 This European Regulation was implemented on 21 April 2018. It replaced the European Directive 89/686/EC, which was withdrawn on this same date. Regulation (EU) 2016/425 and Directive 89/656/EEC Regulation (EU) 2016/425 stipulates the essential health and safety requirements for designing and manufacturing PPE, as well as the responsibility of manufacturers or importers and conformity procedures to affix the CE marking on PPE. Directive 89/656/EEC is dedicated to professional users of PPE. It lays down the responsibilities of employers to supply their employees with adequate CE-marked PPE and ensure their safe use. Regulation (EU) 2016/425 Minimal risks only. The manufacturer is responsible for the conformity of its products. CAT 1 Risks other than CAT 1 and CAT 3. CE-certificate of conformity obtained from a Notified Body. CAT 2 Risks causing irreversible damage to health. CE-certificate of conformity and conformity of the production from Notified Bodies. CAT 3 CATEGORIES OF RISK AND CORRESPONDING CERTIFICATION PROCEDURE EN 407 EN 407 For gloves resistant to flame The EN 420 standard was revised in 2020 becoming standard EN ISO 21420. The revised EN ISO 21420 standard for protective gloves includes these key updates: Innocuousness: Limits on harmful substances like DMFa and PAHs in gloves. Electrostatic Properties: New EN 16350 pictogram for gloves suitable in ATEX zones, with other electrostatic standards (EN 1149) still applicable. Glove sizing: No minimum length requirement; sizes based on hand dimensions. Glove marking: Must include manufacturing and obsolescence (if applicable) dates for traceability. Instructions for use: Must provide detailed guidance on usage, hygiene, and warnings (with allergens listed upon request). EN ISO 21420 EN 407 For gloves non-resistant to flame NEW The EN 407 standard has been revised recently. The main reason for the revision is the inclusion of thermal protection articles for private use (oven gloves, potholders, etc) in the new PPE Regulation (EU) 2016/425 ➜ The performance levels remain unchanged! The major change is the integration of a new pictogram. Standards Highlights Protective gloves for pesticide operators and re-entry workers ISO 18889:2019 Protective gloves are classified into 2 categories: WHOLE HAND PROTECTION GLOVE PARTIAL HAND PROTECTION GLOVE (fingertips and palm-side) Relatively low potential risk Higher potential risk GR gloves G1 gloves G2 gloves Handling diluted pesticides. No mechanical risk. q Handling diluted or concentrated pesticides. Minimum mechanical resistance requirement. q Re-entry worker who is in contact with dry and partially dry pesticide residues that remain on the plant after pesticide application. Mechanical properties that are required for several re-entry tasks. Breathable material in the back of the hand provides comfort. q Disposable gloves Chemical gloves High dexterity mechanical gloves Protective gloves and other hand protective equipments against thermal risks STATIC ELECTRICITY Standards dealing with electrostatic properties. Working in ATEX zones or handling electronic devices both require gloves that are dissipative. Since there is no specific standard for ESD (electrostatic discharge) gloves, MAPA PROFESSIONAL follows the strict EN 16350 standard for ATEX gloves. Gloves that meet this standard are also suitable for handling electronic devices. GLOVES STANDARDS REQUIREMENT TEST METHOD PICTOGRAM ATEX environment EN 16350 Vertical resistance: <108 Ω at 25% relative humidity * The tests must be performed on 5 samples which must all pass the limit of vertical resistance EN 1149-2 Introduced in EN ISO 21420: 2020 Protection of electronic devices from ElectroStatic Discharge (ESD) No standard No test method No pictogram NEW EN 16350 5 4

MECHANICAL PROTECTION CHEMICAL AND MICRO-ORGANISMS PROTECTION OTHERS THERMAL PROTECTION MECHANICAL HAZARDS EN 388 CHEMICAL PROTECTION EN ISO 374-1 RADIOACTIVE CONTAMINATION EN 421:2010 COLD HAZARD EN 511 HEAT AND FIRE EN 407 4 3 4 3 C(P) From A to F* ISO 13997 cut resistance Protection against impacts (P) From 0 to 4 Puncture resistance From 0 to 4 Tear resistance From 0 to 5 Couptest cut resistance From 0 to 4 Abrasion resistance A J K L P R EN ISO 374-1 / TYPE A J K L EN ISO 374-1 / TYPE B EN ISO 374-1 / TYPE C WITH NO PERFORMANCE LEVELS PROTECTION AGAINST PESTICIDES ISO 18889 Resistance to diluted pesticides/ no mechanical risk Resistance to diluted and concentrated pesticides/ mechanical risk Re-entry tasks 3 2 1 0 or 1 Water permeability From 0 to 4 Contact cold resistance From 0 to 4 Convective cold resistance X 2 X X X X From 0 to 4 Resistance to large quantities of molten metal From 0 to 4 Radiant heat resistance From 0 to 4 Resistance to small drops of molten metal From 0 to 4 Convective heat resistance From 0 to 4 Contact heat resistance From 0 to 4 Limited flame spread Resistance to penetration EN 374-2 Breakthrough time ≥ 30 min for at least 6 chemicals on the list (EN 16523-1) Resistance to penetration EN 374-2 Breakthrough time ≥ 30 min for at least 3 chemicals on the list (EN 16523-1) Resistance to penetration EN 374-2 Breakthrough time ≥ 10 min for at least 1 chemical on the new list (EN 16523-1) Degradation test according to EN 374-4 is undertaken without performance level requirement MICRO-ORGANISMS PROTECTION EN ISO 374-5 PROTECTION AGAINST STATIC ELECTRICITY EN 16350 The gloves must pass the penetration resistance test EN 374-2. For gloves protecting against bacteria and fungi. For gloves protecting against bacteria, fungi and viruses. EN ISO 374-5 EN ISO 374-5 VIRUS How to read the standards The following pictograms can help you understand the performance characteristics of a glove: X: the test does not apply or the glove has not been tested A Methanol B Acetone C Acetonitrile D Dichloromethane E Carbon disulphide F Toluene G Diethylamine H Tetrahydrofuran I Ethyl acetate J n-Heptane K Sodium hydroxide 40% L Sulphuric acid 96% M Nitric acid 65 % N Acetic acid 99% O Ammonia 25% P Hydrogen peroxide 30% S Hydrogen fluoride 40% T Formaldehyde 37% LETTER CODE If virus protection is claimed, glove has to pass ISO 16604 method B (Phi-X174 bacteriophage) Cut Level A B C D E F Cut Resistance (Newtons) ≥ 2 ≥ 5 ≥ 10 ≥ 15 ≥ 22 ≥ 30 * How to read this catalogue Step 1: Identify your protection needs Step 3: Select the most appropriate reference How to read the pictograms? Step 2: Define the type of glove Define the type of gloves that best meets your needs in terms of: • usage (performance, comfort, environment, wearing time), • the environment and the risks involved. Select the most appropriate product to meet your needs with the help of the main technical characteristics table. PAGE 14 Chemical protection Disposable Reusable PAGE 34 Mechanical protection Handling protection Cut protection PAGE 54 Thermal protection PAGE 56 Food expert range PAGE 64 Critical environment protection PACKAGING INFORMATION Pair/ Bag Pairs/ Carton Pairs/ Masterbag Gloves/ Box ELECTRONICS Precision assembly of components Circuit testing and inspection Handling sensitive devices MAINTENANCE AND HYGIENE Use of cleaning chemicals Industrial sanitation tasks General facility maintenance PHARMACEUTICALS Medical manufacturing Laboratory research Hospitals and clinics AUTOMOTIVE INDUSTRY Assembly line operations Vehicle component manufacturing Maintenance and repair work PUBLIC ADMINISTRATION Laboratory and technical services Public sector maintenance jobs Healthcare and research support ENERGY Wind turbine maintenance Nuclear and petrochemical work Power plant operations GLASS INDUSTRY Glass cutting and shaping Finishing and glazing processes Handling sharp materials STEEL INDUSTRY Metal cutting and shaping Heavy machinery operations Maintenance of steel structures FOOD INDUSTRY Food processing and packaging Handling raw and cooked products Quality control and hygiene tasks HOME APPLIANCES Assembly of electronic components Quality inspection and testing Handling of delicate materials CHEMICAL INDUSTRY Handling solvents and reagents Mixing chemical substances Maintenance of chemical equipment MINING AND OIL INDUSTRY Extraction and drilling operations Handling heavy equipment Maintenance of pipelines and rigs WASTE MANAGEMENT Sorting and recycling waste Collection and disposal of refuse Maintenance of waste treatment facilities MARITIME Cultivation of fishing products TRANSPORTATION Loading and unloading goods Rail, road, and air freight operations Maritime cargo handling CONSTRUCTION Handling construction materials Masonry and carpentry tasks Finishing and glazing LOGISTICS Warehouse handling and storage Order picking and preparation Packaging and distribution AGRICULTURE Handling of diluted and concentrated pesticides 7 6

Anatomical gloves A glove is called anatomical when there is one shape for the left hand and another for the right. Ambidextrous gloves Ambidextrous gloves can be worn equally well on either hand; this is mainly the case for thinner gloves. UNDERSTANDING THE SPECIFIC FEATURES OF A GLOVE FOR AN INFORMED CHOICE Different cuff edging depending on your use Safety cuff Wrist protection, quick glove removal and good ventilation of the hand. Perfect for jobs with a risk of entanglement. Knitted cuff Provides a good fit for the hand and protects the wrist Straight cuff Improved hand ventilation Rolled cuff Reduces the risk of tearing when doffing gloves Scalloped cut Longer service life for the glove Shapes, sizes and thicknesses Glove length They must be chosen in accordance with the risks associated with the handling circumstances, to give more or less protection to the forearm. They generally vary between 22 and 60 cm. Glove thickness This influences the user’s dexterity and the performance of the glove. Varies between 0.1 and 2.5 mm. Glove size This depends on the circumference of the user’s palm, and varies from size 5 to 11. This affects usage comfort. Anatomical or ambidextrous gloves Reinforced grip Excellent grip in wet environment Smooth No marking of objects being handled Dot embossing Improved thermal insulation Optimal grip Embedded grip for secure handling in dry and greasy environments Non-slip embossed Excellent grip in oily environments Pebbled Good grip and minimal glove fouling Powdered Makes it easier to don and doff gloves, without having to increase the thickness of the glove. Chlorinated/Easy donning treatment Makes it easier to don and doff gloves without increasing the thickness and without using powder. Reduces the allergy risk of natural latex gloves. Flocked Cotton-based textile fibres, covering the inside of the gloves. Fleeced feel comparable with that of a fine carpet. Good sweat absorption. Textile support Knitted interior, made from cotton or synthetic materials for increased comfort or specific performance. MAPA has developed an exclusive technology for manufacturing a glove with textile support. This improves comfort for the user. Use the «Ultracomfort» pictogram to locate this technology. Cotton Comfort, thermal insulation and sweat absorption. Polyamide Optimised dexterity (thin, seamless). Para-aramid Cut and heat resistance. High density polyethylene Cut-resistance and optimised dexterity. The different textile types Various external finishes to suit your needs The different types of internal finish Size XXSXS S M L XLXXL 5 6 7 8 9 10 11 Wrist band color For most of our mechanical gloves, each color on the glove wrist band corresponds to a glove size. 9 8

UNDERSTANDING OUR TECHNOLOGIES 1st smooth nitrile layer provides resistance to oil 2nd sandy nitrile layer allows a high level of grip Our ADVANCED GRIP technology offers an embedded optimal grip to safely handle tasks in dry & greasy environments Thanks to our expertise and reliable use testing, MAPA PROFESSIONAL has designed a range of gloves with or without cutting protection, with RESICOMFORT technology for dry environments. This technology is used in our ULTRANE and KRYTECH ranges. • Excellent dexterity at fingertips • Second skin effect • Suppleness and flexibility • B reathability: Greater circulation of air protects against sweat COMFORT AND BREATHABILITY • Chemical protection against a wide range of chemicals such as alcohols, hydrocarbons, oils & greases • Contact heat resistance due to the high quality cotton-knit liner RESISTANCE • Extended use guaranteed by our exclusive process • Resistance to friction thanks to a highly resistant coating • Optimised costs DURABILITY Thanks to our expertise and reliable use testing, MAPA PROFESSIONAL has designed a range of gloves with or without cut protection, with GRIP&PROOF technology for oily or greasy environments. This technology is used in our ULTRANE and KRYTECH ranges. • Excellent grip when handling oily parts with or without cut risks • Prevents the risk of dropping objects • Reduction in muscle fatigue and risk of RSI (Repetitive Strain Injury) • Improves productivity GRIP • T he durable coating allows long-lasting use • Glove stays clean and effective for longer due to its liquid resistance • Optimised costs RESISTANCE • Impermeable at strategic points • Protects from irritant oils • Reduces the wearer’s risk of eczema and dermatitis SKIN PROTECTION • DMF free • Free from harmful substances • OEKO-TEX® Standard 100 SKIN PROTECTION Our GRIP&PROOF coating technology offers the following benefits for use in oily and dirty environments Aeronautic maintenance KRYTECH 574 Mechanical maintenance ULTRANE 527 Our RESICOMFORT coating technology offers the following benefits for precise handling operations in dry environments A sandy nitrile finish provides greater breathability and resistance A layer of foam nitrile provides breathability Embedded optimal grip to safely handle tasks in dry & greasy environments Excellent grip in oily environments combined with liquid-proof protection in palm area Comfort and allows hand to breathe without compromising durability MAPA TECHNOLOGIES Thanks to our expertise and reliable use testing, MAPA PROFESSIONAL has designed two ideal gloves with secure grip & chemical protection using ADVANCED GRIP technology, for safe work in dry & greasy environments. This technology is used in our ULTRANITRIL 358 & 458. • S upple gloves providing ease of movement • Good fingertips sensitivity COMFORT Embedded patterns to: • Reduce hand fatigue: less effort when gripping objects in dry & greasy environments • Enhance safety: secure grip that helps reduce the risk of injuries caused by slipping or dropping objects GRIP Embedded patterns providing high-performance grip Chemical blending ULTRANITRIL 458 Automotive assembly ULTRANITRIL 358 11 10

NEW PRODUCTS Products especially designed to meet chemical, mechanical and cut protection needs ULTRANITRIL 358 CUT PROTECTION KRYTECH 574 Moderate cut protection with graphene for enhanced safety, dexterity and comfort, with Grip & Proof technology See page 49 Chemical product blending Tactile device using Introducing our Krytech gloves manufactured with recycled fibres* (PET) in the liner, while offering the same level of performance and the well-known Mapa Professional quality. Cleaning tasks NEW GENERATION OF GLOVES: KRYTECH RANGE WITH RECYCLED FIBRES* Maintenance with cut risk *See pages 45, 47, 49 SOLO 980 Any question ? Contact us on mapa-pro.com %* RECYCLED FIBRES Recycled fibres KRYTECH 574 KRYTECH 615 EXAMPLES OF APPLICATION Notes CHEMICAL PROTECTION ULTRANITRIL 358 CHEMICAL PROTECTION TYPE A Designed with an embedded optimal grip to safely handle tasks in dry & greasy environments See pages 25, 63 CHEMICAL PROTECTION ULTRANITRIL 458 CHEMICAL PROTECTION TYPE A Interior flocked. Designed with an embedded optimal grip to safely handle tasks in dry & greasy environments See page 23 CHEMICAL PROTECTION SOLO 980 CHEMICAL PROTECTION TYPE B Excellent mechanical resistance with very good chemical protection, ideal for various environments See pages 33, 59 CHEMICAL PROTECTION SOLO 919 CHEMICAL PROTECTION TYPE B Excellent mechanical resistance, ideal in oily environments See pages 33, 59 KRYTECH 580 KRYTECH 610 KRYTECH 599 KRYTECH 615 KRYTECH 600 Cut protection CQ 979/3 IFTH Cut protection * The percentage of recycled fibres vs total weight of the glove varies depending on the product. Please refer to each product for the exact percentage pages 45, 47, 49. 13 12

YOU ARE HANDLING CAS EN 374 PVC NATURAL LATEX NITRILE POLYCHLOROPRENE BUTYL FLUOROELASTOMER Common polymers* Specific polymers** ALCOHOLS (methanol 100%) 67-56-1 A • • • • • • • • • KETONES (acetone 100%) 67-64-1 B • • • • • NITRILES (acetonitrile methyl cyanide 99%) 75-05-8 C • • • • • CHLORINATED SOLVENTS (methylene chloride/dichloromethane 99%) 75-09-2 D • SULPHUR-BASED CHEMICALS (carbon disulphide 100%) 75-15-0 E • • • • AROMATIC SOLVENTS (toluene 100%) 108-88-3 F • • • • AMINES (diethylamine 98%) 109-89-7 G • • • ETHERS (tetrahydrofuran (THF) 100%) 109-99-9 H • • • • ESTERS (ethyl acetate 99%) 141-78-6 I • • • • • ALIPHATIC SOLVENTS (heptane 99%) 142-82-5 J • • • • • • • • • ALKALIS (sodium hydroxide (soda) 40%) 1310-73-2 K • • • • • • • • • • • • • • • • • • INORGANIC ACIDS (sulphuric acid 96%) 7664-93-9 L • • • • • • • • • • OXIDISING ACIDS (nitric acid 65%) 7697-37-2 M • • • • • • • • • • • • • ORGANIC ACIDS (acetic acid 99%) 64-19-7 N • • • • • • • • • • ORGANIC BASES (ammonia 25%) 1336-21-6 O • • • • • • • • • PEROXIDES (hydrogen peroxide 30%) 7722-84-1 P • • • • • • • • • • • • • • • • • • HYDROFLUORIC ACIDS (hydrogen fluoride 40%) 7664-39-3 S • • • • • • • • • • • ALDEHYDES (formaldehyde 37%) 50-00-0 T • • • • • • • • • • • • • • • • • • * T he most frequently used materials for manufacturing chemical protection gloves. ** P rotection targeted against certain aggressive chemical product families, these are more stringent than for standard materials. ADVANTAGES Value for money Mechanical strength Excellent flexibility Good puncture and tearing resistance Suitable for cold environments Good puncture and abrasion resistance No risk of proteinrelated allergies Good flexibility Good thermal resistance Excellent chemical resistance Flexible and elastic High chemical resistance RESTRICTIONS Not suitable for handling hot parts Risk of allergies caused by the proteins in the natural latex Not recommended for cold environments Poor mechanical properties Poor mechanical properties The permeation time for a given chemical product, i.e. the time taken for the chemical to penetrate the glove, at a molecular level; in some cases, there is no visible deterioration of the glove. 1. PERMEATION TIME The degradation index of the glove in contact with a given chemical product, i.e. the degree of deterioration of the glove shown by an alteration of its physical properties (e.g. softening, hardening, etc.). 2. DEGRADATION INDEX SELECT THE MOST APPROPRIATE CHEMICAL GLOVE FOR YOUR NEEDS USING THE THREE STAGES BELOW: CHEMICAL PROTECTION To address these varied risks, Mapa Professional provides a wide range of protective gloves made from various polymers - including latex, nitrile, polychloroprene, butyl and fluoroelastomer - each providing specific protection based on the end user’s needs. Chemical hazards are not limited to the chemical industry - they are present in many sectors like manufacturing, agriculture, healthcare, cleaning, construction, mining, pharmaceuticals and automotive. In these environments, workers are frequently exposed to substances that can be more or less aggressive, including oils, acids, solvents and other hazardous chemicals. To characterise the performance of the elastomers and plastics used to manufacture safety gloves, tests are carried out to determine the behaviour of these materials when confronted with the various families of chemical products. Mapa Professional takes these different parameters into account to determine the relative performance of the different families of gloves and hence help you make the best possible choice. THE MAPA GUIDE: 2 PERFORMANCE INDICATORS RECOMMENDATION BY MAPA PROFESSIONAL Light protection Strong protection Optimal protection Identify which family of chemical products the substance you are handling belongs to 1 Determine the most appropriate protective material for your specific application. 2 3 Choose your gloves according to the level of protection you require. next pages ! + Discover our new chemical glove selection tool To find the optimal protective glove according to your chemical risk, conditions of use and specific needs. CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 15 14

MATERIAL PVC MATERIAL NATURAL LATEX MATERIAL LATEX MIX frequent CONTACT splashes continuous WEAR short WEAR intermittent WEAR TELSOL 369 TELSOL 351 VITAL 175 VITAL 520 VITAL 165 VITAL 115 VITAL 180 ™ VITAL 177 * * FSC™ certified for 175 only VITAL 540 ™ VITAL 117 VITAL 124 Good mechanical protection against low chemical hazards Comfort, flexibility and mechanical protection for low chemical hazards Dexterity and flexibility for light aggressive environments Dexterity and flexibility in light aggressive environments Light glove, supple and flexible Precision dexterity in non-aggressive environments Dexterity and better resistance to oils and greases Internal finish Textile support External finish Pebbled Size 9 10 Length 35 cm Thickness 1.20 mm Internal finish Textile support External finish Pebbled Size 8 9 10 Length 30 cm Thickness 1.35 mm Internal finish Chlorinated External finish Non-slip embossed Size 6 7 8 9 10 Length 31 cm Thickness 0.40 mm Internal finish Powdered External finish 520: Smooth 540: Non-slip embossed Size 520: 6 7 8 9 540: 8 9 10 Length 520: 33 cm 540: 31 cm Thickness 0.40 mm Internal finish Flocked External finish Non-slip embossed Size 7 8 9 10 Length 30 cm Thickness 0.29 mm Internal finish Flocked External finish Non-slip embossed Size 115: 6 7 8 9 117/124: 6 7 8 9 10 Length 30.5 cm Thickness 0.35 mm Internal finish Flocked External finish Non-slip embossed Size 6 7 8 9 10 Length 30 cm Thickness 0.40 mm 175 177 See food compatibility chart, p. 56 See food compatibility chart, p. 56 3131X EN 388 KPT EN ISO 374-1 TYPE B 4121X EN 388 EN ISO 374-5 KLMNPT EN ISO 374-1 TYPE A VIRUS* (*VITAL 175) EN ISO 374-5 0010X EN 388 KPT EN ISO 374-1 TYPE B EN 421:2010 EN ISO 374-5 EN 388 0010X KMP (VITAL 520) KPT (VITAL 540) EN ISO 374-1 TYPE B EN 421:2010 0010X EN 388 KPT EN ISO 374-1 TYPE B VIRUS EN ISO 374-5 EN 421:2010 EN ISO 374-5 1110X EN 388 KPT EN ISO 374-1 TYPE B x5 x50 x12 x72 x1 x10 x100 CHEMICAL PROTECTION REUSABLE: TELSOL - VITAL RANGE RISK Combination between contact time and the aggressiveness of the chemical being handled. Choose the performance of your gloves based on the type of risk: splashes Chemical substances diluted by immersion or splashes of aggressive substances frequent contact Pure or mixed chemical substances in frequent contact prolonged contact (or immersion) Pure or mixed chemical substances in frequent contact HOW CAN YOU REFINE YOUR CHOICE? 1 WEAR TIME Identifies the comfort level required by the operator. The longer the wear time, the more comfortable the glove needs to be (perspiration, flexibility/fatigue). short wear Chlorinated interior finish intermittent wear Flocked interior finish continuous wear Fabric-lined interior finish ultra-comfort wear MAPA exclusive technology providing greater flexibility 2 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 1 NEW: Discover our range of FSC™ certified latex gloves CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 17 16

CHEMICAL PROTECTION REUSABLE: ALTO - JERSETTE RANGE RISK Combination between contact time and the aggressiveness of the chemical being handled. Choose the performance of your gloves based on the type of risk: splashes Chemical substances diluted by immersion or splashes of aggressive substances frequent contact Pure or mixed chemical substances in frequent contact prolonged contact (or immersion) Pure or mixed chemical substances in frequent contact HOW CAN YOU REFINE YOUR CHOICE? 1 WEAR TIME Identifies the comfort level required by the operator. The longer the wear time, the more comfortable the glove needs to be (perspiration, flexibility/fatigue). short wear Chlorinated interior finish intermittent wear Flocked interior finish continuous wear Fabric-lined interior finish ultra-comfort wear MAPA exclusive technology providing greater flexibility 2 MATERIAL LATEX MIX MATERIAL NATURAL LATEX frequent CONTACT intermittent WEAR continuous WEAR ALTO 405 ALTO 415 ALTO 258 JERSETTE 300 ™ ™ * *FSC™ certified for 300 & 301 only JERSETTE 301 JERSETTE 308 Precision dexterity in aggressive environments Fine touch for light chemical protection Strong protection against aggressive detergents Maximum comfort for long-term work in aggressive environments Internal finish Flocked External finish Non-slip embossed Size 6 7 8 9 10 Length 33 cm Thickness 0.70 mm Internal finish Flocked External finish Non-slip embossed Size 6 7 8 9 10 11 Length 32 cm Thickness 0.60 mm Internal finish Flocked External finish Non-slip embossed Size 6 7 8 9 10 Length 32 cm Thickness 0.60 mm Internal finish Textile support External finish 300/308: Smooth 301: Pebbled Size 300/301: 5 6 7 8 9 10 308: 6 7 8 9 10 Length 30-32 cm Thickness 1.15 mm Only for 308, see food compatibility chart, p. 56 EN ISO 374-5 2110X EN 388 KMT EN ISO 374-1 TYPE B EN 421:2010 VIRUS EN ISO 374-5 1011X EN 388 KMT EN ISO 374-1 TYPE B EN 421:2010 EN ISO 374-5 1X10X EN 388 KPS EN ISO 374-1 TYPE B EN 421:2010 EN 407 X1XXXX 2131X EN 388 KPT EN ISO 374-1 TYPE B x1 x10 x100 x1 x5 x50 CAT 3 CAT 3 CAT 3 CAT 3 NEW: Discover our range of FSC™ certified latex gloves CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 19 18

MATERIAL NATURAL LATEX frequent CONTACT prolonged CONTACT continuous WEAR short WEAR intermittent WEAR HARPON 321 ALTO 298 ALTO 285 ALTO 260 ALTO 299 HARPON 325 Long sleeve Long sleeve Comfort and safety when gripping heavy, rough or slippery objects in highly-aggressive settings Good mechanical performance for long-lasting chemical protection Good mechanical performance for long-lasting chemical protection A good choice when dexterity and chemical protection is needed for extended wear Good mechanical performance for long-lasting chemical protection Internal finish Textile support External finish Reinforced grip Size 321: 6 7 8 9 10 325: 8 9 10 Length 321: 32 cm 325: 37 cm Thickness 1.35 mm Internal finish Chlorinated External finish Smooth Size 8 9 10 Length 43 cm Thickness 1.05 mm Internal finish Chlorinated External finish Reinforced grip Size 8 9 10 Length 60 cm Thickness 1 mm Internal finish Flocked External finish Non-slip embossed Size 7 8 9 10 11 Length 32 cm Thickness 0.80 mm Internal finish Flocked External finish Non-slip embossed Size 7 8 9 10 Length 31 cm Thickness 0.90 mm EN 407 X2XXXX 3141X EN 388 KPT EN ISO 374-1 TYPE B 2131X EN 388 AKLMPT EN ISO 374-1 TYPE A EN ISO 374-5 2131X EN 388 ABKMPT EN ISO 374-1 TYPE A EN ISO 374-5 2120X EN 388 AKLMPT EN ISO 374-1 TYPE A EN ISO 374-5 3121X EN 388 AKLMPT EN ISO 374-1 TYPE A EN ISO 374-5 x1 x5 x50 x1 x5 x50 x1 x30 x1 x10 x50 x1 x5 x50 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CHEMICAL PROTECTION REUSABLE: HARPON - ALTO RANGE RISK Combination between contact time and the aggressiveness of the chemical being handled. Choose the performance of your gloves based on the type of risk: splashes Chemical substances diluted by immersion or splashes of aggressive substances frequent contact Pure or mixed chemical substances in frequent contact prolonged contact (or immersion) Pure or mixed chemical substances in frequent contact HOW CAN YOU REFINE YOUR CHOICE? 1 WEAR TIME Identifies the comfort level required by the operator. The longer the wear time, the more comfortable the glove needs to be (perspiration, flexibility/fatigue). short wear Chlorinated interior finish intermittent wear Flocked interior finish continuous wear Fabric-lined interior finish ultra-comfort wear MAPA exclusive technology providing greater flexibility 2 CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 21 20

CHEMICAL PROTECTION REUSABLE: ULTRANITRIL RANGE RISK Combination between contact time and the aggressiveness of the chemical being handled. Choose the performance of your gloves based on the type of risk: splashes Chemical substances diluted by immersion or splashes of aggressive substances frequent contact Pure or mixed chemical substances in frequent contact prolonged contact (or immersion) Pure or mixed chemical substances in frequent contact HOW CAN YOU REFINE YOUR CHOICE? 1 WEAR TIME Identifies the comfort level required by the operator. The longer the wear time, the more comfortable the glove needs to be (perspiration, flexibility/fatigue). short wear Chlorinated interior finish intermittent wear Flocked interior finish continuous wear Fabric-lined interior finish ultra-comfort wear MAPA exclusive technology providing greater flexibility 2 MATERIAL PVC / NITRILE MATERIAL NITRILE frequent CONTACT splashes frequent CONTACT ultra-comfort WEAR short WEAR intermittent WEAR ULTRANITRIL 410 ULTRANITRIL 472 ULTRANITRIL 454 ULTRANITRIL 475 ULTRANITRIL 485* ULTRANITRIL 495 ULTRANITRIL 492* ULTRANITRIL 458* Hypoallergenic ULTRANITRIL 491* Cut and chemical protection, offering excellent durability and optimal grip Fingertip precision for light chemical protection and food handling Precision dexterity in mildly aggressive environments, for those sensitive to natural latex Good sensitivity for standard chemical protection Good sensitivity for standard chemical protection Good mechanical resistance and long-lasting chemical protection Good mechanical resistance and long-lasting chemical protection Excellent mechanical resistance and optimal grip for secure handling in dry or greasy environments Internal finish High-visibility yellow seamless knitted textile support in composite fibres External finish Reinforced grip Size 7 8 9 10 11 Length 35 cm Thickness 1.70 mm Internal finish Easy donning treatment External finish Pebbled Size 6 7 8 9 10 Length 31 cm Thickness 0.20 mm Internal finish Flocked External finish Non-slip embossed Size 6 7 8 9 10 Length 31 cm Thickness 0.35 mm Internal finish Flocked External finish Non-slip embossed Size 6 7 8 9 10 Length 31 cm Thickness 0.34 mm Internal finish Flocked External finish Non-slip embossed Size 7 8 9 10 Length 31 cm Thickness 0.34 mm Internal finish Flocked External finish Non-slip embossed Size 5 6 7 8 9 10 Length 32 cm Thickness 0.38 mm Internal finish Flocked External finish Non-slip embossed Size 492: 6 7 8 9 10 11 491: 6 7 8 9 10 Length 492: 32 cm 491: 37 cm Thickness 0.38 mm Internal finish Flocked External finish Optimal grip Size 6 7 8 9 10 11 Length 32 cm Thickness 0.50 mm See food compatibility chart, p. 56 See food compatibility chart, p. 56 See food compatibility chart, p. 56 ISO 13997: 14N EN 407 X1XXXX 4X31C EN 388 KLMNPT EN ISO 374-1 TYPE A VIRUS EN ISO 374-5 2101X EN 388 JOT EN ISO 374-1 TYPE B EN 421:2010 2000X EN 388 KPT EN ISO 374-1 TYPE B EN ISO 374-5 EN ISO 374-5 3001X EN 388 JOT EN ISO 374-1 TYPE B ISO 18889 3101X EN 388 JKOPT EN ISO 374-1 TYPE B VIRUS EN ISO 374-5 EN ISO 374-5 3101X EN 388 AJKOPT EN ISO 374-1 TYPE A ISO 18889 3101X EN 388 AJKOPT EN ISO 374-1 TYPE A VIRUS EN ISO 374-5 EN 421:2010 ISO 18889 4X01X EN 388 AJKOPT EN ISO 374-1 TYPE A VIRUS EN ISO 374-5 x12 x48 x10 x100 x10 x50 x12 x72 x12 x72 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 492 also available without individual packaging 492/495/458: x1 x10 x100 x10 x50 491: CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 23 22

MATERIAL POLYCHLOROPRENE (NEOPRENE) splashes frequent CONTACT prolonged CONTACT intermittent WEAR continuous WEAR intermittent WEAR continuous WEAR ultra-comfort WEAR short WEAR continuous WEAR ULTRANEO 401 ULTRANEO 340 ULTRANEO 420 ULTRANEO 341 ULTRANEO 382 ULTRANEO 407 ULTRANEO 414 ULTRANEO 339 ULTRANEO 450 Long sleeve Tactile sensitivity for light chemical protection Comfort with light chemical protection Suppleness and freedom of movement for standard chemical protection Comfort with standard chemical protection Maximum comfort for standard chemical protection Ultra-high performance chemical protection Ultra-high performance chemical protection Comfort and high chemical protection Internal finish Flocked External finish Non-slip embossed Size 7 8 9 10 Length 31-32 cm Thickness 0.55 mm Internal finish Textile support External finish Smooth Size 7 8 9 10 Length 38 cm Thickness 1.33 mm Internal finish Flocked External finish Non-slip embossed Size 420: 6 7 8 9 10 450: 7 8 9 10 Length 420: 31-32 cm 450: 41 cm Thickness 0.75 mm Internal finish Textile support External finish Smooth Size 8 9 10 11 Length 38 cm Thickness 1.45 mm Internal finish Textile support External finish Non-slip embossed Size 6 7 8 9 10 Length 36 cm Thickness 0.95 mm Internal finish Chlorinated External finish Non-slip embossed Size 9 10 Length 35 cm Thickness 0.75 mm Internal finish Chlorinated External finish Non-slip embossed Size 9 10 Length 46 cm Thickness 0.75 mm Internal finish Textile support External finish Pebbled Size 9 10 Length 36 cm Thickness 1.60 mm 2110X EN 388 ALMNST EN ISO 374-1 TYPE A EN ISO 374-5 2121X EN 388 CLMNST EN ISO 374-1 TYPE A X1XXXX EN 407 EN ISO 374-5 2121X EN 388 ALMNST EN ISO 374-1 TYPE A EN ISO 374-5 2121X EN 388 ACLMNS EN ISO 374-1 TYPE A X1XXXX EN 407 EN ISO 374-5 EN 407 X1XXXX 2121X EN 388 ALMNST EN ISO 374-1 TYPE A EN ISO 374-5 2101X EN 388 ABCJLMNS EN ISO 374-1 TYPE A EN ISO 374-5 2101X EN 388 ACJLMNS EN ISO 374-1 TYPE A EN ISO 374-5 X1XXXX EN 407 3121X EN 388 ABCJLMNS EN ISO 374-1 TYPE A x12 x72 x5 x50 x12 x72 x5 x50 x12 x72 x1 x6 x48 x1 x12 x1 x6 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CHEMICAL PROTECTION REUSABLE: ULTRANEO RANGE RISK Combination between contact time and the aggressiveness of the chemical being handled. Choose the performance of your gloves based on the type of risk: splashes Chemical substances diluted by immersion or splashes of aggressive substances frequent contact Pure or mixed chemical substances in frequent contact prolonged contact (or immersion) Pure or mixed chemical substances in frequent contact HOW CAN YOU REFINE YOUR CHOICE? 1 WEAR TIME Identifies the comfort level required by the operator. The longer the wear time, the more comfortable the glove needs to be (perspiration, flexibility/fatigue). short wear Chlorinated interior finish intermittent wear Flocked interior finish continuous wear Fabric-lined interior finish ultra-comfort wear MAPA exclusive technology providing greater flexibility 2 CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 27 26

MATERIAL BUTYL MATERIAL FLUOROELASTOMER short WEAR ultra-comfort WEAR short WEAR continuous WEAR BUTOFLEX 651 BUTOFLEX 652 BUTOFLEX 650 FLUOTECH 468 FLUOTECH 344 Ultimate specific chemical resistance Ultimate specific chemical resistance Ultimate specific chemical resistance Tactile sensitivity with wear indicator Comfort and flexibility for extended wear Internal finish Powder free External finish Non-slip embossed Size 7 8 9 10 Length 37 cm Thickness 0.50 mm Internal finish Smooth External finish Pebbled Size 7 8 9 10 Length 35 cm Thickness 0.70 mm Internal finish Textile support External finish Non-slip embossed Size 7 8 9 10 11 Length 35 cm Thickness 1.45 mm Internal finish Chlorinated External finish Smooth Size 8 9 10 Length 30 cm Thickness 0.51 mm Internal finish Textile support External finish Smooth Size 9 10 Length 37 cm Thickness 1.60 mm EN 16350 0010X EN 388 ABCILMNOS EN ISO 374-1 TYPE A EN ISO 374-5 EN 16350 0010X EN 388 ABCILMNOS EN 374 TYPE A EN ISO 374-5 1121X EN 388 ABCILMNOS EN ISO 374-1 TYPE A EN ISO 374-5 3102X EN 388 ADEFGJLMNO EN ISO 374-1 TYPE A EN ISO 374-5 3121X EN 388 ACDEFGJLMN EN ISO 374-1 TYPE A EN ISO 374-5 X1XXXX EN 407 x1 x6 x1 x1 CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CHEMICAL PROTECTION REUSABLE: BUTOFLEX - FLUOTECH RANGE RISK Combination between contact time and the aggressiveness of the chemical being handled. Choose the performance of your gloves based on the type of risk: splashes Chemical substances diluted by immersion or splashes of aggressive substances frequent contact Pure or mixed chemical substances in frequent contact prolonged contact (or immersion) Pure or mixed chemical substances in frequent contact HOW CAN YOU REFINE YOUR CHOICE? 1 WEAR TIME Identifies the comfort level required by the operator. The longer the wear time, the more comfortable the glove needs to be (perspiration, flexibility/fatigue). short wear Chlorinated interior finish intermittent wear Flocked interior finish continuous wear Fabric-lined interior finish ultra-comfort wear MAPA exclusive technology providing greater flexibility 2 CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 29 28

POLYMER PVC / VINYL POLYMER NATURAL LATEX POLYMER TRIPOLYMER COMFORT POWDER FREE COMFORT CHLORINATED COMFORT POWDERED COMFORT CHLORINATED SOLO 990 SOLO 998 SOLO PLUS 995 SOLO 988 TRILITES 994 TRILITES 985 The best value for precise movements Good protection with optimal flexibility and dexterity Optimal flexibility and dexterity Optimal flexibility and dexterity for light handling Tripolymer formula for protection against chemical splashes and splatters External finish Smooth Size 6 7 8 9 Length 24 cm Thickness 0.07 mm External finish Smooth with pebbled fingertips Size 6 7 8 9 Length 30 cm Thickness 0.20 mm External finish Smooth with pebbled fingertips Size 6 7 8 9 Length 24 cm Thickness 0.10 mm External finish Smooth Size 6 7 8 9 Length 24 cm Thickness 0.08 mm External finish Pebbled Size 6 7 8 9 Length 994: 25 cm 985: 29 cm Thickness 0.15 mm See food compatibility chart, p. 56 See food compatibility chart, p. 56 See food compatibility chart, p. 56 VIRUS EN ISO 374-1 TYPE C EN ISO 374-5 EN ISO 374-1 TYPE C EN ISO 374-5 EN ISO 374-1 TYPE C EN ISO 374-5 EN ISO 374-5 EN ISO 374-1 TYPE C KPT EN ISO 374-1 TYPE B EN ISO 374-5 x100 gloves x1000 gloves x100 gloves x1000 gloves CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CHEMICAL PROTECTION DISPOSABLE: SOLO - TRILITES RANGE 4 ADDITIONAL CRITERIA TO REFINE YOUR CHOICE POLYMERS PVC Mechanical strength and price. LATEX Flexibility and comfort. NITRILE (next page) Mechanical resistance and resistance to oils. TRIPOLYMER Flexibility, mechanical strength and chemical resistance to splashes. COMFORT AND FLEXIBILITY The various interior finishes (powdered/chlorinated) make it possible to adapt to the type of application and the specific requirements of the wearer. POWDERED Better sweat absorption. CHLORINATED Easy donning and no powder on hands. EASY DONNING TREATMENT Makes it easier to don and doff gloves, without increasing the thickness and without using powder. Reduces the allergy risk of natural latex gloves. COLOUR The use of different colours is in response to the unique demands of certain sectors and it enables visual checks by allocating a specific colour to each application. DIMENSIONS Choosing the length and thickness of the glove makes it possible to factor in the limitations related to the workstation: dexterity, resistance and forearm protection. 3 2 1 4 Mapa Professional offers a variety of disposable gloves suitable for different work environments such as cleaning, industrial tasks, and handling chemicals or food. These gloves are made from different polymers to enhance ergonomics, providing flexibility, resistance, and comfort. DISPOSABLE GLOVES There are several advantages of disposable gloves: • Excellent dexterity and comfort for freedom of movement • Protection for both hands and the products being handled • Rolled cuff to prevent tearing and keep the glove securely in place • Long cuff for extra protection CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 31 30

Mapa Professional offers a variety of disposable gloves suitable for different work environments such as cleaning, industrial tasks, and handling chemicals or food. These gloves are made from different polymers to enhance ergonomics, providing flexibility, resistance, and comfort. DISPOSABLE GLOVES There are several advantages of disposable gloves: • Excellent dexterity and comfort for freedom of movement • Protection for both hands and the products being handled • Rolled cuff to prevent tearing and keep the glove securely in place • Long cuff for extra protection POLYMER NITRILE COMFORT POWDER FREE COMFORT CHLORINATED SOLO 967 SOLO 977 SOLO 999 SOLO 997 SOLO 980 SOLO 919* Excellent dexterity due to the flexibility and thinness of the material. Supplied in bags or boxes Ideal splash protection for use in the chemical industry Excellent mechanical resistance, ideal in oily environments The perfect protection for light handling in oily environments Excellent mechanical resistance with very good chemical protection, ideal for various environments Internal finish Easy donning treatment External finish Smooth with pebbled fingertips Size 6 7 8 9 Length 24 cm Thickness 0.07 mm Internal finish Easy donning treatment External finish Pebbled Size 6 7 8 9 10 Length 24 cm Thickness 0.13 mm Internal finish Easy donning treatment External finish Pebbled Size 6 7 8 9 Length 29-30 cm Thickness 0.10 mm Internal finish Easy donning treatment External finish Smooth with pebbled fingertips Size 6 7 8 9 Length 24 cm Thickness 0.10 mm Internal finish Easy donning treatment External finish Pebbled Size 6 7 8 9 10 11 Length 30 cm Thickness 0.20 mm See food compatibility chart, p. 56 Only 919, see food compatibility chart, p. 56 See food compatibility chart, p. 56 See food compatibility chart, p. 56 EN ISO 374-1 TYPE C EN ISO 374-5 ISO 18889 EN ISO 374-5 JKT EN ISO 374-1 TYPE B JKT EN ISO 374-1 TYPE B EN ISO 374-5 VIRUS JKT EN ISO 374-1 TYPE B VIRUS EN ISO 374-5 EN ISO 374-5 JKPT VIRUS EN ISO 374-1 TYPE B EN 421:2010 x100 gloves x1000 gloves x50 gloves x500 gloves CHEMICAL PROTECTION DISPOSABLE: SOLO RANGE 4 ADDITIONAL CRITERIA TO REFINE YOUR CHOICE COMFORT AND FLEXIBILITY The various interior finishes (powdered/chlorinated) make it possible to adapt to the type of application and the specific requirements of the wearer. POWDERED Better sweat absorption. CHLORINATED Easy donning and no powder on hands. EASY DONNING TREATMENT Makes it easier to don and doff gloves, without increasing the thickness and without using powder. Reduces the allergy risk of natural latex gloves. COLOUR The use of different colours is in response to the unique demands of certain sectors and it enables visual checks by allocating a specific colour to each application. DIMENSIONS Choosing the length and thickness of the glove makes it possible to factor in the limitations related to the workstation: dexterity, resistance and forearm protection. 3 2 1 4 POLYMERS PVC (previous page) Mechanical strength and price. LATEX (previous page) Flexibility and comfort. NITRILE Mechanical resistance and resistance to oils. TRIPOLYMER (previous page) Flexibility, mechanical strength and chemical resistance to splashes. CAT 3 CAT 3 CAT 3 CAT 3 CAT 3 CHEMICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 33 32

PRECISION WORK ENVIRONMENT dry and relatively clean short SERVICE LIFE long SERVICE LIFE ULTRANE 548 ULTRANE 648 ULTRANE 524 ULTRANE 551 ULTRANE 510 ULTRANE 681 ULTRANE 549 Touchscreen Touchscreen Electrostatic discharge protection ULTRANE 550 Touchscreen Optimal dexterity and sensitivity offering light protection Optimal dexterity and sensitivity offering light protection. Suitable for touch screens Protection of electronic device from ElectroStatic Discharge (ESD) Unbeatable for fingertip precision Optimal comfort, high level of breathability and durability for precision work Second skin effect for optimal comfort and dexterity thanks to its 18 gauge Liner Seamless knitted textile support Gauge 13 Coating Polyurethane coating on palm and fingers Cuff Knitted wrist Size 548: 5 6 7 8 9 10 11 549: 5 6 7 8 9 10 Length 21-27 cm Liner Seamless textile support Gauge 13 Coating Polyurethane coating on palm and fingers Cuff Knitted wrist Size 5 6 7 8 9 10 11 Length 22-27 cm Liner Seamless textile with conductive fibres Gauge 18 Coating Polyurethane coating on palm and fingers Cuff Knitted wrist Size 6 7 8 9 10 11 Length 22-27 cm Washable x1 Liner Seamless knitted textile support Gauge 13 Coating Polyurethane coating on palm and fingers Cuff Knitted wrist Size 551: 5 6 7 8 9 10 11 550/550VM: 6 7 8 9 10 Length 21-27 cm Liner Seamless knitted textile support Gauge 13 Coating Polymer coating with aqueous base on palm and fingers Cuff Knitted wrist Size 6 7 8 9 10 11 Length 22-27 cm Washable x1 Liner Seamless knitted textile support Gauge 18 Coating Foam nitrile coating on palm and fingers Cuff Knitted wrist Size 6 7 8 9 10 11 Length 23-28 cm Washable x1 See food compatibility chart, p. 56 3121X EN 388 3121X EN 388 2X20A EN 388 EN 16350 4131X EN 388 4131X EN 388 ISO 13997: 4.9N 4X21A EN 388 x1 x12 x96 x1 x10 x100 x1 x12 x96 x1 x12 x48 CAT 2 CAT 2 CAT 2 CAT 2 CAT 2 CAT 2 MECHANICAL PROTECTION HANDLING PROTECTION: ULTRANE RANGE Mapa Professional handling range offers protection and comfort for a wide variety of tasks - from precision to heavy duty work - requiring general protection (against abrasion, scratches, snags) without cut risks. Ideal for box handling, assembly and quality control. PRECISION WORK The ULTRANE range is designed for fine handling of small, delicate parts, offering: • Different levels of protection to be adapted to work conditions • High dexterity especially at fingertips • Ease of movement (comfort) • Different service lives to suit every job • Suitability for diverse environments (dry, wet, oily, greasy, dirty) • Enhanced grip in slippery conditions HOW CAN YOU REFINE YOUR CHOICE? ENVIRONMENT Select the glove most suitable for your working environment: dry and relatively clean environments oily and very dirty environments wet environments 1 SERVICE LIFE The service life of a glove for heavy-duty work is directly linked to the thickness of the polymer layer covering the fabric and to the adhesion and nature of the fabric in a given environment. short service life long service life high-performance service life 2 MECHANICAL PROTECTION Mapa Professional Catalogue - mapa-pro.com 35 34

www.mapa-pro.com

Made with FlippingBook

RkJQdWJsaXNoZXIy MjU5OTQzNA==