Workwear
Coverall
Coveralls, also as known as overalls in the United Kingdom, are predominantly used as protective wear at work, to be worn on top of clothes, to protect the wearer from splatter and mess. There are many types of coveralls that are used in different industrial settings.
Features
Protective coveralls are designed to provide high levels of protection for workers from electrical, chemical, and biological hazards. Because of their design, coveralls are often more effective than other types of protective clothing.
Our Production Volume
- Medtecs production volume: 300,000pcs/ month
Reflective Coverall
Reflective coverall is also known as high-visibility clothing. The signaling must work at all times from day to night, so that wearers remain visible in low light and dark areas. For those who perform maintenance work on roads, motorways or tracks, reflective coveralls signal their presence to drivers and vehicle operators. It is used whenever there is a risk that workers may be struck by or collide with moving objects, machines or vehicles.
Materials used in reflective garments
Reflective clothing should be made from materials ensuring visibility from all sides because it is difficult to predict from which direction the user may be exposed to danger. EN ISO 20471 outlines the requirements for the chromaticity coordinates and minimum values for luminance factors.
- Fluorescent background material - To ensure visibility during the day, clothing should be fluorescent in color.
- Retroreflective material - Retroreflective materials’ fundamental quality should be based on the coefficient of retroreflection. Retroreflective materials should conform to EN ISO 20471 standards.
- Material for combined-performance- Combination-performance materials are able to meet both the visibility requirements (visible during daylight) and the retroreflective material (ensuring visibility at night).
- Performance test - The specific testing methods used and the associated measuring values determine the minimum requirements under EN ISO 20471. It is important to note that laboratory testing might not be representative of real-life conditions.
Classifications
It is essential that all horizontal retroreflective bands or fluorescent materials are placed around the torso, sleeves, and trouser legs to ensure 360-degree visibility. All class 3 garments should cover the torso. They must have sleeves with retroreflective band sleeves or full-length trouser legs with a retroreflective band.
| Class 3 garments | Class 2 garments | Class 1 garments | |
| Background material | 0.80 | 0.50 | 0.14 |
| Retroreflective material | 0.20 | 0.13 | 0.10 |
Flame Retardant Coverall
Materials Used in Flame Retardant Garments
Most FR clothing is made of material that is heat-resistant. Materials that are flame-resistant and treated with special chemicals will behave broadly in the same manner. These materials won’t keep burning when the source of combustion is removed, won’t ignite easily, and won’t melt.
- Treated cotton or nylon: This material can be made from 100% cotton or a blend of cotton and nylon. It is created by treating pre-woven fabrics with a chemical flame retardant.
- Treated 100% rayon: Rayon, a man-made fibre of cellulose, can be treated during the formation process. Rayon treated resists flames and enhances the life span of the garment.
- Treated Modacrylic and Cotton: Modacrylic, a synthetic fabric almost resistant to flames, is blended with cotton and has strong resistance to chemicals, solvents, flames, and other hazards.
- Wool: Wool is an untreated natural fiber that is relatively flame-resistant.
Flame-Resistant vs. Flame-Retardant
Two main types of FR clothing include flame-retardant and flame-resistant. Both are safe, but there are some differences.
- Flame-Resistant clothing is made from material that is inherently resistant to flames and embers. Meaning that the threads and fibers will naturally self-extinguish.
- Flame-Retardant clothing is made from materials that have been chemically treated to achieve the same self-extinguishing properties.
The main difference between the two types of clothing lies in the material. Both will self-extinguish. Both options will decrease the severity and likelihood of burns. Both options can adequately protect you against fire-related hazards.
Understand the Fire Safety Levels: NFPA 70E HRC
| Hazard Risk Category | Common FR clothing at this level | Minimum ATPV (Cal/cm^2) |
| HRC0 | Cotton Undergarments Long Sleeved Shirt (Natural Fiber) Long Pants (Natural Fiber) Safety Glasses or Goggles Hearing Protection (Inserts) Leather Gloves (as needed) or Insulating Gloves with Protectors | 0 |
| HRC1 | FR shirt and FR pants; Or FR coveralls; Single base layer of FR protection; Cotton Undergarments Arc Rated Long Sleeved Shirt or FR Coveralls Arc Rated Long Pants or FR Coveralls Hard Hat with Arc Rated Face Shield Hearing Protection (Inserts) Safety Glasses or Goggles Leather Gloves or Insulating Gloves with Protectors Leather Shoes (as needed) | 4 |
| HRC2 | FR under garments (undershirt, underwear), FR shirt, and FR pants; FR under garments, FR coveralls; 2 or more layers of FR protection; Cotton Undergarments Short Sleeved T-Shirt (Natural Fibers) Arc Rated (12 cal) Arc Flash Hood or Hard Hat with Arc Rated Face Shield with Balaclava with Coveralls or Jacket & Bibs or 50″ Coat with Leggings Safety Glasses or Googles Hearing Protection Arc Rated Leather Gloves or Insulating Gloves with Protectors Leather Shoes or Dielectric Overshoes | 8 |
| HRC3 | FR under garments (undershirt, underwear), FR shirt, FR jacket, FR pants, and FR coveralls; 2-3 or more layers of FR protection; Cotton Undergarments Short Sleeved T-Shirt (Natural Fibers) Arc Rated (25 cal) Arc Flash Hood with Coveralls or Jacket & Bibs or 50″ Coat with Leggings Hard Hat Safety Glasses or Goggles Hearing Protection Arc Rated Leather Gloves or Insulating Gloves with Leather Protectors Leather Shoes or Dielectric Overshoes | 25 |
| HRC4 | FR under garments (undershirt, underwear), FR shirt, FR jacket/coat, FR pants, and FR coveralls; FR under garments (undershirt, underwear), FR shirt, FR pants, multi-layer flash suit; 3-4 or more layers of FR protection; Cotton Undergarments Short Sleeved T-Shirt (Natural Fibers) Arc Rated (40 cal) Arc Flash Hood with Coveralls or Jacket & Bibs or 50″ Coat with Leggings Hard Hat Safety Glasses or Goggles Hearing Protection Arc Rated Leather Gloves or Insulating Gloves with Protectors Leather Shoes or Dielectric Overshoes | 40 |
Jacket and Trouser
There are many types of jacket and trousers for different industrial settings. Typical ones include high-visibility jacket and trousers (with or without reflective tapes). These workwear provide comfort, flexibility, and protection.
Features
Medtecs also manufactured functional jackets and trousers with different protectective functions. They protect workers from electrical, chemical, and biological hazards.
Our Production Volume
- Medtecs production volume: 300,000pcs/ month
Standards & Functions
Many of our manufactured products are designed to comply with international standards to ensure maximum protection for users of workwear.
- EN 342 - EN 342 certified products can be worn in cold regions where there is a combination of low temperatures, humidity, wind, and high temperatures.
- EN 343 - EN 343 is a European standard for protective clothing that tests the workwear for its ability to withstand heavy water pressure and for its breathability.
- EN ISO 20471 - EN ISO 20471's class number indicates how visible the product can make the user. The classification is higher if there is more reflection and fluorescent material.
- GO/RT 3279- GO/RT 3279 is the Railway Group Standard sets out the minimum specification for high visibility warning clothing in the Rail Industry.
- EN ISO 11612 - EN ISO 11612 is designed for Protective clothing in accordance with EN ISO 11612 and protects against short-term exposure to heat and flame.
- EN ISO 11611 - Protective clothing according to EN ISO 11611 provides protection against sparks and welding/spattering of melted metal, as well as heat from convection or radiant heat.
- EN 1149-5 - EN1149-5 is the standard for protecting against sudden discharges electrostatic energy. This applies to situations where static sparks could ignite combustible and explosive atmospheres.
- EN 1149-5 - EN1149-5 is the standard for protecting against sudden discharges electrostatic energy. This applies to situations where static sparks could ignite combustible and explosive atmospheres.
Reflective Series
Reflective coverall is also known as high-visibility clothing. The signaling must work at all times from day to night, so that wearers remain visible in low light and dark areas. For those who perform maintenance work on roads, motorways or tracks, reflective coveralls signal their presence to drivers and vehicle operators. It is used whenever there is a risk that workers may be struck by or collide with moving objects, machines or vehicles.
Materials used in reflective clothing for professional use
Reflective clothing should be made from materials ensuring visibility from all sides because it is difficult to predict from which direction the user may be exposed to danger. EN ISO 20471 outlines the requirements for the chromaticity coordinates and minimum values for luminance factors.
- Fluorescent background material - To ensure visibility during the day, clothing should be fluorescent in color.
- Retroreflective material - Retroreflective materials’ fundamental quality should be based on the coefficient of retroreflection. Retroreflective materials should conform to EN ISO 20471 standards.
- Material for combined-performance- Combination-performance materials are able to meet both the visibility requirements (visible during daylight) and the retroreflective material (ensuring visibility at night).
- Performance test - The specific testing methods used and the associated measuring values determine the minimum requirements under EN ISO 20471. It is important to note that laboratory testing might not be representative of real-life conditions.
Standards & Regulations
It is essential that all horizontal retroreflective bands or fluorescent materials are placed around the torso, sleeves, and trouser legs to ensure 360-degree visibility. All class 3 garments should cover the torso. They must have sleeves with retroreflective band sleeves or full-length trouser legs with a retroreflective band.
| Class 3 garments | Class 2 garments | Class 1 garments | |
| Background material | 0.80 | 0.50 | 0.14 |
| Retroreflective material | 0.20 | 0.13 | 0.10 |
Flame Retardant Series
The National Fire Protection Association (NFPA) has developed and published over 300 consensus codes and standards that aim to prevent death, injury, property loss, and other consequences as a result of fire, electrical, or related hazards. These standards are particularly important in guiding the design, manufacturing and selection of flame-resistant (FR) garments.
Materials Used in Flame Retardant Garments
Most FR clothing is made of material that is heat-resistant. Materials that are flame-resistant and treated with special chemicals will behave broadly in the same manner. These materials won’t keep burning when the source of combustion is removed, won’t ignite easily, and won’t melt.
- Treated cotton or nylon: This material can be made from 100% cotton or a blend of cotton and nylon. It is created by treating pre-woven fabrics with a chemical flame retardant.
- Treated 100% rayon: Rayon, a man-made fibre of cellulose, can be treated during the formation process. Rayon treated resists flames and enhances the life span of the garment.
- Treated Modacrylic and Cotton: Modacrylic, a synthetic fabric almost resistant to flames, is blended with cotton and has strong resistance to chemicals, solvents, flames, and other hazards.
- Wool: Wool is an untreated natural fiber that is relatively flame-resistant.
Flame-Resistant vs. Flame-Retardant
Two main types of FR clothing include flame-retardant and flame-resistant. Both are safe, but there are some differences.
- Flame-Resistant clothing is made from material that is inherently resistant to flames and embers. Meaning that the threads and fibers will naturally self-extinguish.
- Flame-Retardant clothing is made from materials that have been chemically treated to achieve the same self-extinguishing properties.
The main difference between the two types of clothing lies in the material. Both will self-extinguish. Both options will decrease the severity and likelihood of burns. Both options can adequately protect you against fire-related hazards.
Stylish Workwear
Bib and Brace Overalls
Our bib and brace overalls set the standard for comfort, durability and practicality, featuring a generous ft with a large bib pocket and adjustable band.
Features
- TWO-LAYER HEAVY DUTY PVC
- BUILT IN KNEE PADS
- INTERNAL CHEST POCKET
- ADJUSTABLE ANKLE TABS
Kitchen Wear
Butcher's Frock | Butcher Coats
Hidden snaps front closure fabric with soil release treatment.
Chef Coat
Our chef’s coats are of durable construction with stain release finish, allowing wearers to remain cool and professional at all times.
Cook Shirt
Cook shirt made by Medtecs are durable construction with stain release finish. Our chef coat shows your everyday profession and excellence.
Chef Pants
Standing for hours on end in an often-hot environment necessitates wearing pants that allow for easy movement. Chef pants should also be breathable to provide all-day comfort. They typically come in black or white or checkered patern to hide stains and spills. Our chef pants are made of frabric with soil release treatment and come with metal buttons, zippers and back pockets. Elastic or drawstring bands are available features too.
Fiber content:
- 100% polyester;
- 60% cotton & 40% polyester
- 35% cotton & 65% polyester
- Frabric weight: 245gsm; 220 gsm
- Size: XS-5XL
Bib Apron
With 100cm-long polyester braided ties per side. Fabric with soil release treatment. These bib aprons are soft to the touch and free from harmful chemicals, safe for you and your family. Large one covers from chest to knee, providing great coverage and protection from kitchen grease, spills and food stains.
Chef Hat | Toqueblanche
Customized chef hats are suitable for catering colleges, culinary schools, restaurants, pubs, cafes, commercial kitchens, hotels, and more, etc.
Decoration
Table Cloth And Napkin
Table cloth and napkins made by Medtecs are easy to care for, stain & wrinkle resistant, color-fast, and allow for repeated use at many different functions. Tablecloth and napkins are perfect for dining and kitchen tables, holidays, cafes, special occasions, parties, weddings, buffets, fiesta, BBQ, potlucks, indoor and outdoor activities, and other everyday functional or decorative use.
Features
- HIGH QUALITY MATERIAL: Our tablecloth are crafted from high quality durable polyester fabric, perfect to protect and decorate your tables. The package will include 1 piece tablecloth measuring 60 W by 84 L inch.
- STAIN RESISTANT & WRINKLE FREE TABLECLOTH: Featuring a fade resistant polyester fabric, our tabletop covers easily protect your tables and furniture from scratches, stains and sun rays.
- MULTIPLE PURPOSES: This easy to clean heat resistant table cover is suitable for buffet dinners, dining table, tea table, party, birthday, cafes, banquet, picnic, BBQ, camping, barbecue, indoor, outdoor and everyday use.
- EASY CARE: Machine washable, no bleach. Wrinkle free after ironing.
Customizable Parts
- Textile
- Measurement
- Shape
- Color
Body Protection
Heat & Flame
A coverall is a loose-fitting garment that cover the whole body except for the head, hands, and feet. Coveralls are commonly made from high-density polyethylene (HDPE) formed into a non-woven fabric that allows heat and sweat to leave the suit while preventing liquids and aerosols from entering it.
Face Protection
Oil Repellent
A medical face mask or a surgical face mask covers the mouth and nose of the wearer. It is commonly used to prevent respiratory-related infections and is intended to be worn by health professionals during healthcare procedures.
Face Protection
High Visibility
N95 masks were originally used in industrial industries such as mining, construction, and paint. Later, the World Health Organization recommended the use of N95 masks to prevent airborne diseases.
