Stego Catalogue

PROTECTION

INNOVATION

FLEXIBILITY

BREATHABILITY

TECHNOLOGY

DEXTERITY

SAFETY

DURABILITY

COMFORT

ERGONOMIC

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Stego ® Gloves Technologies

STEGO ® GLOVES TECHNOLOGIES

CUT AND PUNCTURE PROTECTION

MECHANICAL PROTECTION

CHEMICAL AND LIQUID PROTECTION

IMPACT AND CUT PROTECTION

HAND PROTECTION ENGINEERED. ACHIEVED.

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CUT AND PUNCTURE PROTECTION

MECHANICAL, MULTI-PURPOSE AND PRECISION HANDLING

CHEMICAL AND LIQUID PROTECTION

IMPACT AND CUT PROTECTION

DISCOVER THE STEGO ®

4

Stego ® Gloves Technologies

Comfort . Durability . Premium Quality

STEGO ® Gloves Technologies’ innovative hand protection gloves are engineered for various industries and applications. Our safety gloves are conceptualized, designed and developed to the highest level of protection. We offer protection solutions against cut, mechanical, chemical and impact risks. STEGO ® is focused in providing users with the best hand protection products available.

Dear Customer,

STEGO ® is your trusted partner in hand safety. We engineer our gloves for premium comfort, durability and quality for our customers. We provide optimum safety solutions that are backed by timely quality services. STEGO ® offers the best protection that consistently performs.

EXTENSIVE HAND SAFETY SOLUTIONS

Customer service is a big part of who we are at STEGO ® . We help different clientele in tackling their toughest challenges in hand safety and addressing their needs. Our extensive range of safety solutions cater for broad range of risks and applications.

RELIABLE SYSTEM OF QUALITY

STEGO ® hand safety gloves are the foremost choice of users looking for protection and performance. We have built a strong quality system to ensure our products meet protection parameters and international ANSI and EN standards. Our products offer customers quality and longevity along with professional technical and business support.

STEGO ® TEAM

TECHNOLOGIES

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HAND SAFETY MATTERS: WORKING TOWARDS SAFER WORKPLACE Hands are one of the most important asset in doing your job. It is prone to risks and serious injuries when you’re at the worksite. These vital tools suffer a great deal of wear and tear caused by harsh conditions like weather, dirt, chemicals, grease, solvents, oil and other harmful substances. Take into account the type of industry and setting you have in your worksite to know the hazards that you may be up against. It is important to protect your hands when you are constantly handling sharp tools or heavy equipments that can cause lacerations and punctures. Understanding the importance of using the right work gloves and finding a perfect pair that matches the task at hand is essential in reducing hand injuries.

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Stego ® Gloves Technologies

Skin cuts or lacerations have the highest occurrence of traumatic hand injuries. The damages can range from simple skin cuts to more serious injuries such as severed nerves, tendons and even limbs. 6 working days are lost as a result of hand related injury. Hand injuries lead to employer to pay out on lost man hours and medical expenses. An average of

CUTS AND LACERATIONS

OSHA reported 70% of workers that experienced hand injuries were not wearing gloves. The remaining 30% wore gloves but were either damaged or the wrong type was worn for the hazard present.

70%

Most of the injuries are due to abrasion. Abrasion occurs when the skin is rubbed or torn off due to friction. The scraped-off layer of skin can contain particles of dirt, which may lead to infections.

ABRASION

Puncture wounds are due to pointed objects that get pierced into the skin and deeper tissues. Puncture injuries from sharp and pointed tools can cause serious damages to nerves, bones and even cause infections if left untreated. age18 to 25 report the largest proportion of work-related hand injuries. The study shows new employees who were at the job for less than three months have higher risks of hand injuries. Workers

PUNCTURES

According to the International Association of Drilling Contractors statistics, hand and finger injuries make up nearly 50% of incidents in the oil and gas industry.

50%

High pressured machines and tools used to pound, squeeze, or pulverize objects in the workplace can cause accidental crush injuries to the hands. It can result in seriously fractured bones, which could also affect nerves, leading to temporary or permanent injuries.

IMPACT AND CRUSHES

Based on a survey, 21% of workers report that their safety gloves are uncomfortable, trap heat, impairing dexterity and lack adequate grip.

21%

The hands of workers in oil and gas are exposed or covered in oil and its byproducts hence making the task more difficult resulting in injury. Gloves with good grip and dexterity are important on field due to presence of oils and lubricants.

OIL AND GREASES

13 million workers have jobs that result in chemical

More than

exposure on the skin and costs more than $1 billion each year.

Chemicals are frequently used in our daily life and at work. Skin exposure to chemicals can result in very serious injuries and in some cases life-threatening health issues.

HARMFUL CHEMICALS

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International standards

1 2

5

3

Understanding the STANDARDS

Understanding th

4

STANDARDS

Category CE Directive 89/686/CEE (Personal protective equipment) Category I - Minor risks Category II - Intermediate risks Category III

- Irreversible risks, the number of the notified body attending the inspection and production phase appears below the CE mark.

EN 388:2016 - Protection against mechanical risks

Protection against mechanical risks of abrasion, blade cut, tear, puncture and, if applicable, impact. It is developed to determine the different levels of protection against different risks to be defined. Specified and tested levels of resistance to the following risks: • Abrasion (1 to 4): number of cycles needed to break the glove at constant speed. • Cutting by slicing (1 to 5): index calculated based on the number of cycles needed to cut the glove at constant speed. • Tearing (1 to 4): force needed to tear the glove. • Puncturing (1 to 4): force needed to puncture the glove with a standardized steel pin.

EN 388

Levels of performance

Level 1

Level 2

Level 3 2,000

Level 4 8,000

Level 5

Abrasion resistance (number of cycles)

100

500

--

Cut (Coup Test)

1.2

2.5

5.0

10.0

20.0

Tear resistance (N)

10 20

25 60

50

75

-- --

Puncture resistance (N)

100

150

A 2

B 5

C

D

E

F

Cut (TDM-100 Test) (N)

10

15

22

30

Impact protection

P (Pass), F (Fail), X (Not Applicable)

New EN 388 Markings

NEW MARKING

OLDMARKING

4 4 3 4 D P

4 4 3 4

Rating

Rating

Abrasion 1 2 3 4 Cut (Coup Test) 1 2 3 4 5 Tear 1 2 3 4 Puncture 1 2 3 4

Abrasion

1 2 3 4

Cut (Coup Test)

1 2 3 4 5

Tear

1 2 3 4 1 2 3 4

Puncture

Cut (TDM-100 Test) Impact Protection (P-Passed, F-Failed, X-Not Tested)

A-F

To account for the new additions of the TDM-100 cut test and impact test to the EN 388 standard, the glove marking will now feature two additional components as seen in the “New Marking” diagram. The updated EN 388 2016 standard will also include an impact protection test.

P,F,X

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Stego ® Gloves Technologies

International standards

TDM-100 TEST (ANSI) U.S. Standards

COUP TEST (EN 388) European Standards

Sample Material

Sample Material

Conductive strip to detect cut through

Conductive strip to detect cut through

TWO CUT TEST METHOD: * Coup Test - The circular blade moves back and forth across a material sample under a fixed load of 500 grams (5N), while rotating in the opposite direction of the linear motion of the mounting device. Results of this test are calculated by recording the number of blade revolutions needed to cut through the material, which is then compared to a Cut Index.

* TDM-100 Test - The straight blade cut test uses a straight blade drawn across a specimen until cut-through takes place and measures the contact load applied to the blade in order to make a cut-through over a 20mm stroke length. Force and cut-through length are plotted on a scatter graph and a trend line is generated.

ANSI / ISEA 105-2016 Cut - ASTM F2992-15 (TDM)

The new ANSI/ISEA 105-2016 includes new classification levels, which includes a new scale to determine cut score (commonly referred to as the ANSI cut score), and a revised method for testing gloves to the standard. It uses a Tomodynamometer Machine (TDM-100) and the test is based on the ASTM F2992-15 standard. The goal of this test is to measure how much force is needed to cut through a fabric. Note: In order to differentiate the levels in the new standards from the old ones and limit confusion during testing, the new cut levels will have an “A” listed in front of them.

ANSI / ISEA 105-2016

CUT

Harmonized Cut Levels

NEW: ANSI/ISEA 2016 ASTM F2992-15 (TDM)

NEW: EN 388-2016 ISO 13997 (TDM)

LEVEL

GRAMS ≥ 200 ≥ 500 ≥ 1000 ≥ 1500 ≥ 2200 ≥ 3000 ≥ 4000 ≥ 5000 ≥ 6000

LEVEL

NEWTONS*

A1 A2 A3 A4 A5 A6 A7 A8 A9

A B C D E

2 5

10 15 22 30

F

* Newton is approximately equivalent to 102 grams

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Stego Markings of EN 388:2016 and ANSI / ISEA 105-2016

Each glove carries the manufacturer’s logo, the reference, the size and CE mark. If it is classed in category III, the number of the notified body that carried out the tests also appears on the glove.

Branding

EN Standard

Score

A9 ANSI CUT LEVEL

Model / Article No.

CE Marking

4 5 4 2

8/M

Size

EN 420 Gen. Requirement Protective Gloves

The old 0 to 5-point safety scale has been upgraded to a 9-point system

The New 2016 Standard has “A” before the score

ANSI / ISEA 105-2016 Abrasion - ASTM D3389-10, ASTM D3884-09

Abrasion resistance testing measures how well the glove resists loss of material from rubbing on rough surfaces. Larger numbers of cycles indicate greater abrasion resistance.

NEW: ANSI/ISEA 2016 ASTM D3389-10, ASTM 03884-09

ANSI / ISEA 105-2016

Performance Level

Abrasion Revolution

(tested at 500g vertical force) 0 <100 1 ≥100 2 ≥500 3 ≥1000 (tested at 1,000g vertical force) 4 ≥3,000 5 ≥10,000 6 ≥20,000

ABR

ASTM D3389-10 is used for coated gloves and the end point (failure) is the number of abrasion

cycles when the film or coating is worn through.

ASTM D3884-09 is used for uncoated gloves and the end point is the number of abrasion cycles when the first threat or yarn is broken.

Note: Same with the ANSI Cut, the new abrasion levels will have an “A” listed in front of them in order to differentiate it from the old ones.

CHOOSE THE RIGHT ANSI LEVEL FOR YOUR GLOVES

CHOOSE THE RIGHT EN 388 LEVEL FOR YOUR GLOVES

200 - 499 GRAMS TO CUT Assembly, Maintenance, Material Handling, and Shipping 500 - 999 GRAMS TO CUT Assembly, Manufacturing, Automotive, Construction, Material Handling 1,000 - 1,499 GRAMS TO CUT Assembly, Manufacturing, Automotive, Construction, Material Handling 1,500 - 2,199 GRAMS TO CUT Automotive, Construction, Glass Handling, Metal Handling & Stamping 2,200 - 2,999 GRAMS TO CUT Automotive, Construction, Glass Handling, Metal Handling & Stamping 3,000 - 3,999 GRAMS TO CUT Automotive, Construction, Glass Handling, Metal Handling & Stamping 4,000 - 4,999 GRAMS TO CUT Assembly or movement of heavy objects with sharp edges and difficult to grip. 5,000 - 5,999 GRAMS TO CUT Assembly of heavy objects with sharp edges and difficult to grip.

2 Newton = 203 grams to cut Light material handling, small parts assembly without sharp edges 5 Newton = 509 grams to cut Packaging, warehouse, light duty general purpose 10 Newton =1019 grams to cut Light duty metal handling & stamping, HVAC, light duty glass handling, material handling 15 Newton = 1529 grams to cut Light duty metal handling, manufacturing, bottle & light glass handling, canning, dry walling, electrical, carpet installation, HVAC 22 Newton = 2243 grams to cut Metal stamping, sheet metal handling, glass handling, automotive assembly 30 Newton = 3059 grams to cut Heavy duty metal stamping, metal recycling, food processing, pulp and paper

6,000+ GRAMS TO CUT Assembly of heavy objects with sharp edges and difficult to grip.

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Stego ® Gloves Technologies

EN 374:2016 - Protection against dangerous chemicals & micro-organisms

There are more than 15,000 different chemicals in use by many industries and an approved tested chemical gloves are the right solution against these risks. Penetration - is the flow of chemicals and micro-organisms through the porous material, seams, small holes or other small defects in the glove material. Permeation - is the process where a chemical passes through the glove’s material on a molecular level. Permeation means the chemical’s molecules penetration through the outer material of the glove. Diffusion is the movement of molecules through the material. Desorption is the outward flow of molecules from inside the glove. Degradation - deterioration of the physical properties of the glove in contact with the chemical. Degradation Resistance (DR) shall be reported in the User Instruction.

EN ISO 374-1

EN ISO 374-1 ‘Terminology and performance requirements for chemical risks. It is based on three test methods: • Penetration test in accordance with standard EN 374-2: 2014 • Permeation test in accordance with standard EN 16523-1: 2015 which replaces standard EN 374-3 • Degradation test in accordance with standard EN 374-4: 2013

NEW

OLD

EN ISO 374-1:2016

EN 374-1:2003

Protective gloves against dangerous chemicals and micro-organisms Removal of reference to micro-organisms in the text Number of test chemicals increased from 12 to 18

Protective gloves against chemicals and micro-organisms

Assumption of protection against micro-organisms

12 test chemicals

Beaker icon no longer used

Beaker for “waterproof protective gloves with limited protection against chemical dangers”

Gloves classified as type A, B or C

N/A

Change of labeling on the product: pictogram of conical flask with differing number of letters for test chemicals per type

Pictogram of conical flask with at least 3 letters for test chemicals

Type of gloves

Requirement

New Marking

EN ISO 374-1 / Type A

Penetration resistance (EN 374-2) Breakthrough time ≥ 30 min for at least 6 chemicals in the new list (EN 16523-1)

Type A

EN ISO 374-1 / Type B

Penetration resistance (EN 374-2) Breakthrough time ≥ 30 min for at least 3 chemicals in the new list (EN 16523-1)

Type B

EN ISO 374-1 / Type C

Penetration resistance (EN 374-2) Breakthrough time ≥ 10 min for at least 1 chemical in the new list (EN 16523-1)

Type C

Scoring: 3 specimens taken from the palm are tested for breakthrough times and the lowest is the result. The performance level is correlated with the breakthrough time table.

Cuffs: Gloves with long cuffs greater or equal to 400mm are also to be tested with samples taken at 80mm from end of cuff.

Chemicals Tested: The chemical permeation table now includes 6 new categories labeled M to R.

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International standards

Letter Code

Chemical Methanol Acetone

CAS Number 67-56-1 67-64-1 75-05-8 75-09-2 75-15-0 108-88-3 109-89-7 109-99-9 141-78-6 142-85-5 1310-73-2 7664-93-9 7697-37-2

Class

A B C D E

Primary alcohol

Ketone Nitrile

Acetonitrile

Dichloromethane Carbon disulphide

Chlorinated hydrocarbon

Organic compound containing sulphur

F

Toluene

Aromatic hydrocarbon

G H

Diethylamine

Amine

Tetrahydrofurane

Heterocyclic ether

I

Ethyl acetate

Ester

J K L

n-Heptane

Saturated hydrocarbon

Caustic soda 40% Sulphuric acid 96% Nitric acid 65% Acetic acid 99% Ammonia 25%

Inorganic base

Inorganic mineral acid

M

Inorganic mineral acid, oxidising

N O P S

64-19-7

Organic acid Organic base

1336-21-6 7722-84-1 7664-39-3

Hydrogen peroxide 30% Hydrofluoric acid 40%

Peroxide

Inorganic mineral acid

T

Formaldehyde 37%

50-00-0

Aldehyde

The permeation performance levels remain unchanged

Level

Level 1 Level 2 Level 3 Level 4 Level 5 Level 6

Measured breakthrough time (mins.)

>10

>30

>60

>120

>240

>480

EN 374-2:2014 ‘Determination of resistance to penetration. This standard replaces EN 374-2:2003. There are no major or technical changes. This standard specifies a test method for the penetration resistance of gloves that protect against dangerous chemicals and/ or micro-organisms (water leak and air leak test) The main changes in comparison to EN 374-2:2003 are: • Clearer wording in test principles and test report. • Performance levels (AQL) for use in production control still given by the manufacturer or auditing organization.

Performance level

Unit of acceptable quality level

ISO 2859 inspection levels

Level 3

< 0,65

G1

Level 2 Level 1

< 1,5 < 4,0

G1 S4

EN 16523-1:2015 ‘Determination of material resistance to permeation by chemicals. Permeation by liquid chemical under conditions of continuous contact’ is the new test method standard, which replaces the withdrawn EN 374-3:2003. EN 374-4:2013 ‘Determination of resistance to degradation by chemicals This standard has become a mandatory test for all gloves that offer chemical protection, as required by ISO 374-1:2016 clause 5.3. Degradation is the change in the physical characteristics of a glove caused by contact with a chemical.

These are new test methods considering the glove before and after a contact with the chemical. - Normative: Puncture Degradation Resistance test (as per the EN388 test for puncture resistance) - Informative: Weight Change test

The results are reported in Instruction for Use as percentage of change due to degradation in perforation test.

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Stego ® Gloves Technologies

International standards

EN ISO 374-5 ‘Terminology and performance requirements for micro-organisms risks This standard specifies performance requirements for gloves against micro-organisms. Microbiological agents are: bacteria, virus or fungi. Penetration testing is required for all gloves claiming micro-organisms protection; the test method is described in EN ISO 374-2:2014, air-leak and water-leak. The possibility of claiming protection against viruses was added, if the glove passes ISO 16604: 2004 (method B) test.

Two classifications: Class

Protection

New Marking

EN ISO 374-5

Protection against bacteria and fungi

For gloves offering protection against bacteria and fungi.

EN ISO 374-5

Protection against viruses, bacteria and fungi

For gloves protecting against bacteria, fungi and viruses.

VIRUS

Chemical Assessment Process

In many workplace situations chemical protective gloves are intended to limit the systemic uptake of chemicals in the hands. Employers are obligated to carry out risk assessments to collect all information on risks to health at a workplace. Protective gloves are needed to prevent injuries to the hands and to comply with the hazard prevention hierarchy.

Chemical Exposure Type Determine and confirm the level of chemical exposure that the gloves must resist • Immersion The gloves provide full protection against complete chemical immersion. • Splash

1

Gloves provide protection to minor chemical exposure, but is not suitable for full immersion.

Support Tools and Methods Consolidate and analyze the chemical risks present in the workplace. Gathered analysis data, compare and utilize the detailed chemical chart and the permeation breakthrough times table 2

Ideal Polymer Construction Identify and choose the ideal polymer construction that can resist the chemical type present in your job. Select the appropriate gloves that fit these needs. Material Applications Nitrile Using apparatus under pressure, air or water reactive chemicals NBR

3

Working with water or air reactive chemicals, large volumes of corrosive liquids, small to large volumes of acutely toxic corrosives

Neoprene

NE

PVC

Strong acids and bases, salts, and other water solutions

PVC

Natural Rubber

Working with small volumes of corrosive liquids, organic solvents, flammable compounds Working with large volumes of organic solvents; small to large volumes of hazardous materials Same as butyl gloves, plus hazardous material spills. Good for aromatic and chlorinated solvents.

NR

Butyl

BU

Viton/Butyl

VB

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material guide

Understanding the

MATERIALS

SHELL-GRD ®

Coating

Reinforcement

Liner

LINER TECHNOLOGY STEGO ® gloves offer a wide range of protection materials for different needs and applications. Each glove is engineered with advanced technology of liners and polymers for an optimum safety solution. Aramid Kevlar Aramid is a strong synthetic fibre that has excellent resistance to heat, abrasion and organic solvents. It is a performance fiber that has a unique combination of high strength, toughness and thermal stability. High Performance Polyethylene (HPPE) HPPE gives protection to the hands against cut, abrasion and chemical hazards. It is lightweight, flexible and durable. HPPE is a very tough material with the high anti-cut strength. Cotton Made of natural cellulose fibre characterized with softness and flexibility. It is supple, comfortable and non-irritating. It protects the hand against mechanical aggression and absorbs perspiration. Nylon A lightweight elastic polyamide that can resist abrasion and deformation. Gloves that are made of nylon mixed with cotton and acrylics are flexible, durable and comfortable. Acrylic Acrylic fibre is lightweight, soft and warm. It is a polymer that is resistant to acids, oils, solvents and weak alkalis. It can resist abrasion, traction and weathering. Polyester Polyester liner is a strong, elastic and shrink-free synthetic fibre that does not absorb moisture. It offers dexterity, abrasion resistance, breathability and is lightweight. Spandex A lightweight synthetic fiber that offers flexibility and fit. Spandex is lightweight, soft, smooth, and supple. It is resistant to abrasion and deterioration from body oils, perspiration and dirt.

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Stego ® Gloves Technologies

PROTECTION GUIDE

COATING TECHNOLOGY STEGO ® Gloves were made with wide range of innovative coatings available. Compare its strengths and drawbacks in choosing the best compositions that meet your needs! Latex A natural rubber that is robust, elastic and durable. It is waterproof and gives protection against mechanical impacts, household cleaning detergents, alcohols and ketones. Neoprene A synthetic rubber polymer Polychloroprene that gives good chemical stability and flexibility. Ideally suited for handling acids, caustics, oils, alcohols, ketones, aliphatic hydrocarbons and petroleum. Nitrile A synthetic polymer with high resistance to oil, fuel and other chemicals. It is flexible and can withstand abrasion with modest puncture resistant properties. Polyurethane (PU) Polyurethane is an elastomer that is useful in applications that require strength, flexibility, abrasion resistance and shock absorption. It is very elastic and can withstand oils and chemicals. Polyvinyl Chloride (PVC) A synthetic resin made from polymerization of vinyl chloride. It is flexible, lightweight and rigid. PVC is also known for its exceptional durability. SHELL-GRD ® TECHNOLOGY All STEGO ® impact gloves offer advanced SHELL-GRD ® technology giving excellent impact protection, dexterity and comfort. From the tip of the fingers up to the back of hand, SHELL-GRD ® provides full coverage that shields the entire hand from blows and crushes. SHELL-GRD ® Molded materials engineered on top of every Shell Series gloves for optimum impact protection. SHELL-GRD ® gives maximum coverage and is designed to disperse impact force away from the bone to prevent hand or finger injuries.

What type of Protective

GLOVES?

Gloves designed to protect against cut hazards while working with sharp equipments. Used for situations where mechanical wearing and damage can occur. Durable and longer life. Made of special materials that can resist the effects of tearing and increases the gloves durability and performance. Protects the hand against chemicals and substances while keeping foods away from direct hand contact.

Contoured with creases and coatings for enhanced grip and gives cushion in critical areas of the hands. Made to minimize physical effort and discomfort to maximize worker’s efficiency. Used to protect hands against a wide range of harsh liquids and chemicals like acids and solvents. Designed to prevent skidding and slipping due to rough surface that prevents friction.

Gives protection against vibration and impact injuries in critical areas of the hand. Gloves are impermeable and works best in damp or greasy environments to grip objects securely. Protection against pointed and sharp objects like wire, glass fragment, wood splinter and all types of needles.

C U T

T A N T

R E S I S

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CUT AND PUNCTURE PROTECTION

ADVANCED CONSTRUCTION CUT PROTECTION GLOVES Protection against cut and puncture

Synthetic fibers

STEGO ® Gloves Technologies’ range of cut resistant performance gloves provide high level of protection against lacerations and puncture hazards. Using advanced TEGX ® technology, STEGO ® gloves are technically engineered against broad range of deleterious materials and work hazards.

Natural fibers

High Performance yarns

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Stego ® Gloves Technologies

IDEAL APPLICATIONS:

Construction Metal Stamping

Demolition Logistics Power Tool usage

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CUT DEFENDER - I

ST-7095

Description

TECHNOLOGY

3

* Cut Level 3 Protection * A versatile glove that provides long lasting protection against cut, puncture, tear and abrasion * Excellent grip with tactile feel in wet, dry and oily environments * Breathable back that allows air to pass through and reduces perspiration * Secure fit for easy movement and performance

CUT

PU COATED

Ideal Industries

BREATHABLE BACK

Metal Fabrication, Construction, Glass Plants, Metal Stamping, Automotive, Assembly Works

ELASTICATED CUFFS

C U T

T A N T

R E S I S

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 3 4 3

S --

M

L 9

XL 10

2XL

8

11

4 3 4 3 D TDM-100 Test: D

CUT DEFENDER - II

ST-7096

Description

TECHNOLOGY

5

CUT PROTECTION

* Cut Level 5 Protection * HPPE High Tenacity seamless knitted liner for long lasting protection against cut, puncture, tear, and abrasion * Excellent grip with tactile feel even in wet, dry and oily environments * Breathable back that allows air to pass through and reduces perspiration * Ergonomic design with high level of dexterity

CUT

PU COATED

Ideal Industries

BREATHABLE BACK

Metal Fabrication, Metal Stamping, Construction, Glass Plants, Automotive, Handling Sharp Objects

ELASTICATED CUFFS

C U T

T A N T

R E S I S

Sizes

CAT II

EN 420 EN 388

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 5 4 3

S 7

M

L 9

XL 10

2XL

8

11

4 5 4 3 D TDM-100 Test: D

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Stego ® Gloves Technologies

CUT DEFENDER - III

ST-7097

Description

TECHNOLOGY

5

* Cut Level 5 Protection * Made with sandy Nitrile coating on palm and fingers for secure grip and protection * Purpose-built for variety of applications * Maintains the highest level of cut resistance and functionality in varying conditions * Provides high-dexterity and extremely comfortable shell that can be worn all day without causing hand fatigue

CUT

SANDY NITRILE

Ideal Industries

BREATHABLE BACK

Metal Fabrication, Metal Stamping, Construction, Glass Plants, Automotive, Handling Sharp Objects

ELASTICATED CUFFS

C U T

T A N T

R E S I S

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 5 4 4

CUT PROTECTION

S --

M

L 9

XL 10

2XL

8

--

4 5 4 4 E TDM-100 Test: E

FUNCTIONAL CUT RESISTANCE

INDUSTRIAL APPLICATION | Stego ® cut resistant gloves are engineered for dry and light oil environments that give enhanced grip and protection from cuts and abrasions.

www.stegosafety.com 19

FORTFLEX - I

ST-2080

Description

TECHNOLOGY

3

* Cut Level 3 Protection * Made with Nitrile sandy palm coating and seamless knitted liner for perfect fit * Breathable back that allows airflow and reduces perspiration * Reinforced thumb crotch for added durability * Ergonomic shape that provides flexibility and mobility to do the tasks at hand

NITRILE SANDY

Ideal Industries

REINFORCED THUMB CROTCH

Metal Fabrication, Metal Stamping, Construction, Glass Plants, Automotive, Handling Sharp Objects

ELASTICATED CUFFS

C U T

T A N T

R E S I S

Sizes

CAT II

EN 420 EN 388

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 3 3 2

S --

M

L 9

XL 10

2XL

8

--

4 3 3 2

FORTFLEX - II

ST-2085

Description

TECHNOLOGY

5

CUT PROTECTION

* Cut Level 5 Protection * Made of high tenacity seamless knit liner with Nitrile sandy coating for optimum protection * High cut resistance, superior grip, highly breathable and abrasion resistance * Ergonomic shape provides flexibility and durability * Elasticated cuffs and contoured design gives great fit and comfort

NITRILE SANDY

Ideal Industries

REINFORCED THUMB CROTCH

Metal Fabrication, Metal Stamping, Construction, Glass Plants, Automotive, Handling Sharp Objects

ELASTICATED CUFFS

C U T

T A N T

R E S I S

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 5 3 2

S --

M

L 9

XL 10

2XL

8

--

4 5 3 2

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Stego ® Gloves Technologies

SUPER CUT

ST-6050

Description

4

* Cut Level 4 Protection * ST-6050 is a practical answer to safe handling of metal, plastics, glass and other sharp materials * Offers robust performance and exceptionally well against cut, abrasion, tear and puncture * Excellent grip with tactile feel in wet, dry and oily environments * Provides high-dexterity and extremely comfortable

CUT

LATEX COATED

Ideal Industries

BREATHABLE BACK

Metal Fabrication, Metal Stamping, Glass Plants, Construction, Masonry Work, Automotive

ELASTICATED CUFFS

C U T

T A N T

R E S I S

Sizes

CAT II

EN 420 EN 388

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 3 4 4 4

CUT PROTECTION

S --

M

L 9

XL 10

2XL

8

--

3 4 4 4 D TDM-100 Test: D

AMBIFLEX SUPER CUT

ST-4510

Description

5

* Cut Level 5 Protection * Lightweight low-lining HPPE fibre offers long lasting protection against cut, tear and abrasion * Excellent flexibility, durability and tactile feel * Ambidextrous for practical usage * Longer elasticated cuffs for better protection and fit * Can be used as glove liner

WHITE

Ideal Industries

GREEN

BLUE

Metal Fabrication, Metal Stamping, Construction, Glass Plants, Automotive,

RED

YELLOW

C U T

T A N T

R E S I S

Sizes

CAT II

EN 420 EN 388

100 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 3 5 4 --

S --

M

L 9

XL 10

2XL

8

--

3 5 4 X

www.stegosafety.com 21

OUTSTANDING COMFORT MECHANICAL AND MULTI-PURPOSE Precision handling and mechanical needs

Dry Grip Secure grip for dry environments in manufacturing, construction, masonry, maintenance, and warehousing industries.

STEGO ® Gloves Technologies’ range of mechanical protection gloves are robustly built for precision handling and multi-purpose needs. Engineered to perfectly fit with the natural curvature of the hands, STEGO ® gloves offer optimum comfort and dexterity in every wear. Our mechanical and multi-purpose range has added abrasion and tear resistance features giving the wearer confidence to perform.

Light Oil Grip Offers ergonomic and

enhanced grip abilities in oily environments in automotive, small part handling, painting, petrochemicals and small part handling.

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Stego ® Gloves Technologies

MECHANICAL, MULTI-PURPOSE, & PRECISION HANDLING GLOVES

IDEAL APPLICATIONS:

Mechanical

Automotive Power Tool usage

Logistics Construction

www.stegosafety.com 23

OPTIMAX PALM GRIP

ST-7020

Description

* ST-7020 is designed for precision handling of small objects and excellent grip in dry or light oily environment * Fine gauge nylon anti-skid liner gives excellent touch sensitivity while PU coating gives secure grip * Practical choice for users who are looking for great dexterity and flexibility * Contoured design for excellent fit * Robust mechanical performance for various applications

PU COATED

Ideal Industries

ANTI-SKID LINER

Automotive, Electronics, Logistics, Light Assembly, Small Parts Handling, General Maintenance

ELASTICATED CUFFS

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 2 1

S --

M

L 9

XL 10

2XL

8

--

4 1 2 1 X TDM-100 Test: X

LIGHTWEIGHT AND BREATHABLE

LIGHTWEIGHT AND BREATHABLE

MECHANICAL, MULTIPURPOSE AND PRECISION HANDLING GLOVES

INDUSTRIAL APPLICATION | Stego ® mechanical coated gloves offer optimum grip and protection from abrasion. These gloves are best for precision handling for its comfort, tactile sensitivity and secure grip in dry and oily environments.

24

Stego ® Gloves Technologies

TACTIFLEX

ST-2025

Description

4 ABR

* ANSI Abrasion Level 4 Protection * Anti-skid nylon knit allows increased flexibility in stress areas resulting in free movement, comfort and reduced hand fatigue * Made with foam Nitrile coating for dexterity and dimpled grain palm for enhanced grip * A versatile glove for precision assembly and perfect balance for workers

NITRILE FOAM COATED

MECHANICAL, MULTIPURPOSE AND PRECISION HANDLING GLOVES

Ideal Industries

ANTI-SKID LINER

Automotive, Logistics, Construction, Light Assembly, Small Parts Handling

ELASTICATED CUFF

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 3 1

S 7

M

L 9

XL 10

2XL

8

11

4 1 3 1 X TDM-100 Test: X

TACTIMAX

ST-2060

Description

4 ABR

* ANSI Abrasion Level 4 Protection * Tactimax is designed for precision handling in various working environment * Made with micro nitrile foam coating on palm that increases breathability, dexterity and grip for wet, oily and dry applications * Optimum mechanical performance, reduces hand fatigue and increases comfort

MICRO NITRILE FOAM

Ideal Industries

SOFT PALM TEXTURE

Automotive, Logistics, Construction, Light Assembly, Small Parts Handling and General Maintenance

ELASTICATED CUFFS

Sizes

CAT II

EN 420 EN 388

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 3 1

S 7

M

L 9

XL 10

2XL

8

--

4 1 3 1 X TDM-100 Test: X

www.stegosafety.com 25

TACTI-AIR

ST-2055

Description

* Tacti-air is versatile and lightweight gloves that reduces hand fatigue * Made with micro nitrile foam coating with sandy finish that provides optimum grip and protection * Seamless knit, great fit and very breathable * Soft and durable liner gives outstanding dexterity * Ergonomically constructed for precision handling and small parts assembly

NITRILE COATED

Ideal Industries

SPANDEX KNIT

Automotive, Logistics, Construction, and other General Works

ELASTICATED CUFF

Sizes

CAT II

EN 420 EN 388

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 3 1

S 7

M

L 9

XL 10

2XL

8

--

4 1 3 1

NITRI-AIR

ST-2065

Description

* 3/4 coated gloves for best protection from oils, greases, hydrocarbons, and other liquefied materials * Designed to give excellent grip while working in wet, oily and greasy environments * Increased resistance to abrasion and tear for better performance and durability * Ergonomic shape provides user comfort and flexibility * Strong liner construction

NITRILE FOAM PALM

Ideal Industries

BREATHABLE BACK

Petrochemical, Oil platforms, Automotive, Construction, Masonry, Small Parts Handling

MECHANICAL, MULTIPURPOSE AND PRECISION HANDLING GLOVES

3/4 COATED HAND

Sizes

CAT II

EN 420 EN 388

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 2 1

S --

M

L 9

XL 10

2XL

8

--

4 1 2 1

26

Stego ® Gloves Technologies

HIGH-DEXTERITY MECHANIC GLOVES

MECHANICAL, MULTIPURPOSE AND PRECISION HANDLING GLOVES

INDUSTRIAL APPLICATION | Stego ® multi-purpose nitrile coated gloves are designed for tough jobs that demand high levels of dexterity and protection in light oil conditions. These gloves are best for material handling and assembling.

NITRI-MAX

ST-2066

Description

4 ABR

* Fully coated gloves for ensured protection against oils, greases, hydrocarbons and other liquefied materials * Excellent grip and slip resistance in wet, oily and greasy working conditions * Advanced abrasion and tear resistance for better performance and durability * Overall protection coverage on fingers and palm * Outstanding mechanical performance against hand fatigue

NITRILE FOAM PALM

Ideal Industries

DOUBLE DIPPED NITRILE

Petrochemical, Oil platforms, Automotive, Painting, Construction, Shipping-Maritime

ELASTICATED CUFF

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 2 1

S --

M

L 9

XL 10

2XL

8

--

4 1 2 1 X TDM-100 Test: X

www.stegosafety.com 27

OPTIFLEX

ST-6035

Description

* ST-6035 is a lightweight and low-lint glove designed for wide range of handling and carrying applications * Nylon knitted liner delivers optimal tensioned inner surface for great fit and flexibility * Crinkled micro foam coating on palm that provides multi-purpose protection and grip * Designed for optimum productivity and safety that delivers good overall mechanical performance

LATEX FOAM COATED

Ideal Industries

ANTI-SKID LINER

Automotive, Logistics, Construction, Landscaping, Small Parts Handling, General Maintenance

ELASTICATED CUFF

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 3 1 4 2

S --

M

L 9

XL 10

2XL

8

--

3 1 4 2

MAXIMIZE PERFORMANCE AND PROTECTION

MECHANICAL, MULTIPURPOSE AND PRECISION HANDLING GLOVES

INDUSTRIAL APPLICATION | Stego ® offers high quality multi-purpose protection solutions. These mechanical gloves are built with long-lasting durability combined with comfort and dexterity use for dry environments.

28

Stego ® Gloves Technologies

FLEXI-VIZ ST-6015

Description

* Flexi-Viz is designed for use in wide range of handling applications that requires excellent mechanical performance, maximum protection and durability * Textured palm finish provides excellent grip in both dry and wet environments * Seamless knitted liner delivers superb fit, best comfort and flexibility to the user * Ergonomically constructed that reduces hand fatigue

HI-VIZ LATEX COATED

MECHANICAL, MULTIPURPOSE AND PRECISION HANDLING GLOVES

Ideal Industries

HI-VIZ LINER

Construction, Automotive, Agriculture, Logistics, Masonry, Material Handling, General Maintenance

ELASTICATED CUFF

C U T

T A N T

R E S I S

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 3 2 4 2

S --

M

L 9

XL 10

2XL

8

--

3 2 4 2 X TDM-100 Test: X

FLEXILITE

ST-6014

Description

* Lightweight and breathable gloves * Latex palm coating with crinkled texture for great grip and slip resistance in oily or greasy applications * Seamless knit liner gives snug fit and comfort * Elasticated cuffs and contoured design * Practical choice for users who are looking for great dexterity, flexibility and performance * Contoured design and flexible

LATEX COATED

Ideal Industries

POLYESTER KNIT

Automotive, Electronics, Logistics, Light Assembly, Small Parts Handling and General Maintenance

ELASTICATED CUFF

CAT II

EN 420 EN 388

Sizes

144 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 3 1 3 1

S --

M

L 9

XL 10

2XL

8

--

3 1 3 1 X TDM-100 Test: X

www.stegosafety.com 29

CHEMICAL AND LIQUID PROTECTION

SUPERIOR PERFORMANCE CHEMICAL PROTECTION GLOVES Optimum chemical barrier in every use STEGO ® Chemical and Liquid Protection range is ergonomically constructed for excellent grip and chemical protection. Developed with CHEMBLOCK ® technology, our gloves offer chemical barrier construction that resist chemical permeation and liquid penetration against broad range of non-corrosive chemicals, acids, solvents, oils, greases, and hydrocarbons.

30

Stego ® Gloves Technologies

IDEAL APPLICATIONS:

Refinery Rig Drilling Mining Automotive Mechanical

www.stegosafety.com 31

OPTI-CHEM GRIP

ST-1080

Description

Technology

* Robust chemical glove that provides excellent protection against chemicals such as aqueous solutions, acids, solvents, hydrocarbons, oils and greases * Soft PVC coating maintains dexterity and pliability at low temperatures * Designed for comfort, grip, easy movement and continuous wear with 100% cotton knitted liner to absorb perspiration

SANDY PALM TEXTURE

SOFT COTTON LINER

Ideal Industries

LIQUID REPELLENT

Chemical handling, Petrochemicals, Fishery, Construction, Painting, General maintenance

EN ISO 374-1 / TYPE B

A J K

EN ISO 374-5

EN 388

Sizes

60 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 2 1

4 1 2 1 X

S --

M

L 9

XL 10

2XL

CAT III

8

11

CHEM SHIELD

ST-8089

Description

Technology

* Neoprene over natural latex coating provides excellent resistance against non-corrosive chemicals, acids, alcohols, oil and greases * Exceptionally flexible, easy to manipulate and extremely comfortable that increases productivity of the user * Textured palm ensures superior grip in wet or dry environments * Full protection coverage for industrial applications

DIAMOND PALM TEXTURE

CHEMICAL AND LIQUID PROTECTION

COTTON FLOCK LINER

Ideal Industries

LIQUID REPELLENT

Chemical handling, Petrochemicals, Automotive, Degreasing, Laboratory, General maintenance

EN ISO 374-1 / TYPE A

A K L MN P T

EN ISO 374-5

EN 388

Sizes

120 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 3 1 1 1

3 1 1 1 X

S 7

M

L 9

XL 10

2XL

CAT III

8

--

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Stego ® Gloves Technologies

NITRI-ARMOR

ST-2020

Description

Technology

* Durable yet comfortable glove made from high quality Nitrile and textured coated finish * Optimum performance and protection against abrasion, acids, solvents, hydrocarbons, oils and grease. * Ergonomically designed for excellent grip, comfort, dexterity and abrasion resistance * Soft lining that absorbs perspiration and improves breathability

ROUGH PALM TEXTURE

SOFT NYLON LINER

Ideal Industries

LIQUID REPELLENT

Chemical handling, Petrochemicals, Mining, Construction, Refining, General maintenance

EN ISO 374-1 / TYPE A

CHEMICAL AND LIQUID PROTECTION

A J K L MO

EN ISO 374-5

EN 388

Sizes

120 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 4 1 2 1

4 1 2 1 X

CAT III

S --

M

L 9

XL 10

2XL

8

--

OPTIMUM CHEMICAL PERMEABILITY

Protection against: A - Methanol (Primary alcohol)

J - N-Heptane (Saturated Hydrocarbon) K - Sodium hydroxide 40% (Inorganic base) L - Sulphuric acid 96% (Inorganic mineral acid) M- Nitric acid 65% (Inorganic mineral acid, oxidising)

N - Acetic acid 99% (Organic acid) O- Ammonia 25% (Organic base) P - Hydrogen peroxide 30% (Peroxide) T - Formaldehyde 37% (Aldehyde)

www.stegosafety.com 33

BUTYL MAX ST-7505

Description

Technology

* Made of high performance butyl rubber for use with high exposure to ester, ketone, gas, fumes and special chemicals * Outer textured hand for better grip and performance * 350 mm length and 0.3 mm thickness of protection * With the special technique of immersion process, which enables the production of seamless chemical protective gloves without micro-fissures caused by trapped air.

TEXTURED PALM

ROLLED EDGE

Ideal Industries

LIQUID REPELLENT

Chemical handling, Hazmat, Laboratory, Painting, General maintenance

CAT III

EN 420

EN 388

EN 374-3

Sizes

120 Pairs/Box

1 Pair/Poly

EN 388 Standard Abrasion Cut Tear Puncture 1 0 0 0

1 0 0 0

B I K

EN 374-2

S 7

M

L 9

XL 10

2XL

8

11

STEGO ® DISPOSABLE GLOVES - Lightweight and Durable Protection

STRENGTH Gloves are ready at any task with tensile strength against to tear or split. It offers durability and suitable for applications that involve more stress. SENSITIVITY Offers the user with the best tactile feel when doing tasks that requires sensitivity in handling instruments. FLEXIBILITY Robustly made to be flexible to easily adapt to different tasks at hand. It allows the user to manipulate the fingers with ease. SNUG FIT Our gloves fit well and ergonomically constructed to provide a good balance between comfort and dexterity. MULTI-PURPOSE Designed with versatility and functionality that work well in a broad range of applications and industries.

STEGO ® disposable gloves are your safety solutions to protect workers in a wide variety of industries and applications. Our range of disposable gloves are engineered with optimize performance and ergonomics for high standard of protection.

CHEMICAL AND LIQUID PROTECTION

QUALITY TESTED - AQL What is AQL?

The AQL, or the Acceptable Quality Level, an important criteria for measuring quality in mass production of gloves. How does AQL works? A certain quantity from the batch of manufactured products is removed for random testing in accordance with an accurately defined procedure. These random samples are then tested in accordance with legally stipulated Standards and Specifications.

AQL | 4.0 Suitable for Industrial Applications

AQL | 1.5 Suitable for Medical Applications

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Stego ® Gloves Technologies