Workwear Apparel Supplier and Manufacturer

Bulk buyers and importers of Workwear Apparel

Companies that import work wear apparel in massive quantities may include:

1. Retailers – Large retailers such as Walmart, Target, and Amazon may import work-wear apparel in bulk to sell in their stores or on their websites.
2. Work-wear Distributors – Companies that specialize in distributing work wear apparel to other businesses such as construction, manufacturing, or industrial companies may import large quantities of work-wear.
3. Work wear Manufacturers – Work wear manufacturers may import large quantities of raw materials such as fabrics and other materials to produce work wear apparel in bulk.
4. Government Agencies – Government agencies such as the military or law enforcement may import large quantities of work-wear apparel for their personnel.
5. Corporate Companies – Some corporate companies may import work-wear apparel for their employees as part of their uniform or dress code policy.

Workwear Apparel Categories

The choice of workwear apparel largely depends on the nature of the industry and the specific job at hand. Nonetheless, some commonly used workwear includes:

1. Coveralls and Overalls – These are one-piece garments that provide full body coverage. They are typically used by workers in industries such as construction and automotive repair, where clothing can get easily soiled or damaged.
2. Work Pants – Durable pants made of tough fabrics such as denim or canvas are often worn by workers in construction, manufacturing, and other industries where protection is needed.
3. Work Shirts – Heavy-duty shirts made of materials such as cotton or polyester are commonly worn by workers in industries such as construction, manufacturing, and agriculture.
4. High-Visibility Apparel – Workers who work in areas with low visibility or near moving vehicles may wear high-visibility apparel such as reflective vests, jackets, or shirts.

Coveralls and Overalls Material Specificaitons

The preferred material for making coveralls and overalls depends on the specific application and the desired level of protection. Here are some commonly used materials and their technical specifications:

• Cotton – Cotton is a common material used for coveralls and overalls. It is durable, breathable, and comfortable to wear. The technical GSM (grams per square meter) for cotton coveralls and overalls can vary depending on the thickness and weight of the fabric, but it generally ranges from 200 to 400 GSM. The yarn count for cotton coveralls and overalls can also vary, but it typically ranges from 20s to 40s.
• Polyester/Cotton Blend – Polyester/cotton blends are also commonly used for coveralls and overalls. The polyester provides durability and resistance to shrinking and wrinkling, while the cotton provides breathability and comfort. The technical GSM for polyester/cotton blend coveralls and overalls can vary, but it typically ranges from 200 to 300 GSM. The yarn count for polyester/cotton blend coveralls and overalls can vary, but it typically ranges from 20s to 40s.
• Nomex – Nomex is a type of flame-resistant material that is commonly used for coveralls and overalls in industries such as firefighting, electrical work, and oil and gas. The technical GSM for Nomex coveralls and overalls can vary, but it typically ranges from 150 to 200 GSM. The yarn count for Nomex coveralls and overalls can also vary, but it typically ranges from 20s to 30s.
• Denim – Denim is a durable material that is commonly used for workwear such as coveralls and overalls. It is often used in industries such as construction and automotive repair. The technical GSM for denim coveralls and overalls can vary, but it typically ranges from 300 to 400 GSM. The yarn count for denim coveralls and overalls can also vary, but it typically ranges from 10s to 20s.

These are just a few examples of materials and their technical specifications that are commonly used for making coveralls and overalls. The specific material and technical specifications chosen will depend on the specific application and the level of protection required.

Work Pants:

Two commonly used materials for making work pants are denim and canvas. Here are their technical specifications:

• Denim – Denim is a durable and heavy-duty cotton twill fabric. It is a popular choice for work pants in industries such as construction, manufacturing, and automotive repair. The weight of denim is measured in ounces per square yard, and different weights are used for different applications. Some of the most common weights of denim used for work pants include:
  • 10-12 oz denim – Lightweight denim that is suitable for warmer weather or lighter-duty work.
  • 12-14 oz denim – Mid-weight denim that is suitable for a variety of work applications.
  • 14-16 oz denim – Heavyweight denim that is suitable for rugged work environments.
• Canvas – Canvas is a heavy-duty fabric made from cotton or a cotton blend. It is a popular choice for work pants in industries such as construction, manufacturing, and landscaping. The technical GSM (grams per square meter) for canvas fabric can vary depending on the thickness and weight of the fabric, but it generally ranges from 300 to 500 GSM. The weight of canvas is typically measured in ounces per square yard, and some common weights used for work pants include:
  • 7 oz canvas – Lightweight canvas that is suitable for warmer weather or lighter-duty work.
  • 10-12 oz canvas – Mid-weight canvas that is suitable for a variety of work applications.
  • 12-14 oz canvas – Heavyweight canvas that is suitable for rugged work environments.

These are just a few examples of the different weights and technical specifications for denim and canvas fabrics used for work pants. The specific material and weight chosen will depend on the specific application and the level of protection required.

Hi Visibility Fabric:

The preferred material for making high-visibility apparel is fluorescent and reflective fabrics that meet specific safety standards. Here are some details about the technical specifications of these fabrics:

1. Fluorescent Fabric – Fluorescent fabrics are technical textiles that feature bright colors intended to be highly visible in both daylight and low-light conditions. They are usually made from synthetic fibers like polyester, nylon, or acrylic, and are commonly produced using plain weave construction. The technical GSM for fluorescent fabrics can vary depending on the specific application, but it generally ranges from 120 to 200 GSM. The yarn count for fluorescent fabrics can also vary, but it typically ranges from 20s to 40s.
2. Reflective Fabric – Reflective fabrics are materials that have been specifically designed to reflect light from sources such as headlights, ensuring that the wearer remains visible even in low-light conditions. These fabrics are typically composed of polyester or a polyester/cotton blend, and are coated with a layer of reflective material such as glass beads or micro-prisms. The technical GSM for reflective fabrics can vary depending on the specific application, but it generally ranges from 100 to 200 GSM. The yarn count for reflective fabrics can also vary, but it typically ranges from 20s to 40s.

Examples of high-visibility apparel include safety vests, jackets, and pants. These garments may also feature embellishments such as reflective tape or piping to increase visibility. The weight, weave, and embellishments of these garments will vary depending on the specific application and safety standards required.

Fabric Protector Specifications

100% Cotton twill 3/1, Reactive Dyed 60º C Fast color OR Vat Dyed 90º C fast color, Mercerized & Sanforized (Pre-Shrinkage) Fabric made of a special twill weave which ensure outstanding resistance to abrasion and shrinkage. Its comfort and ability to let the skin transpire some from the 100% natural five composition. Its can be either water-washed and a maximum temperature of 85º C or and dry-cleaned, keeping its color and dimension at each washing

65% Polyester 35% Cotton twill 2/1; Long lasting fabric which ensures color stability, washing and abrasiob resistance. Its can me be either washed at a maximum temperature of 40º C or dry-cleaned, keeping color during time.

Hi Visibility Product Specifications

High visibility vests are an article of PPE or safety clothing made of retroreflective materials. These are intended to provide visibility of the person wearing it in low day light or in the dark when illuminated by headlights of vehicles and mechanized equipment.
High-visibility clothing must be worn in any construction zones that vehicles operate in. This also applies to drivers when they leave their vehicle. High-visibility clothing is often a sleeveless top, but it can be anything that makes it clear that the person on the construction site can be seen.

100% Cotton, 80% Polyester 35% Cotton / 100% Cotton
Hi Visibility fabric EN-471 standards tasks with a hi-vis requirement traffic, ecurity, event marshaling, driving, construction, road works, wet weather task, we are using 3M Scothlite tape on buyer requirements
EN 471:2003 Standards specifies requirements of protective clothing capable of signaling the user’s presence visually, intended to provide conspicuity of the user in hazardous situations under any light condition by day and under illumination by vehicle headlights in the dark. Performance requirements are included for the fluorescence and retroreflection as well for the minimum areas and for the disposition of the material in protective clothing .

Flame Retardant Product

100% Cotton, 100% Comfort, 100% Flame-Resistant,
EN-11611, 11612, (S EN-532, EN-533, EN-469, EN-470-1)

“FR” Flame Retardant Cotton Garments offer unbeatable protection for foundries, flame cutting and welding and electric utilities and chemical, oil, gas and petrochemical industries.

FR-COTTON apparel is permanently treated to guarantee flame resistance for the life of garments

Flame Retardant Anti-Static Products

98% Cotton 2% Antistatic, Flame-Resistant plus Antistatic carbon Nega-State(R)
EN-11611, 11612, 1149-3 (suspended standards EN-531, EN-469, EN-470-1)

“FR” Flame Retardant + Antistatic Carbon fabric are combination of Cotton and Antistatic Nega-State carbon yarn P190 which has been designed to provide optimum antistatic protection Garments offer unbeatable protection in ground and underground, specially usage electric utilities and chemical, oil, gas and petrochemical industries. 

Bibs and Braces

Bib & brace style overalls offer both protection and functionality.

A Workwear Bib and Brace garment consisting of trousers and an upper front part supported by straps over the shoulders. They allow more freedom of movement on the upper part of the body, making them ideal for painters and decorators.

Workwear Bib and Brace features include multiple pockets, high back designs and hardwearing fabrics, designed to withstand spills and splashes to avoid leakage.

Workwear Trousers and Workwear Jeans

Work trousers help to stay safe on the work site by keeping the body protected with hard-wearing, durable fabric. Work-wear trousers with added pockets ensure that accessories and tools can be kept close to hand, while reinforced padding on the knees helps to protect vulnerable parts of the body.
In order to fully protect your knees, your knee pads should be at the right height. That is why we recommend work trousers with adjustable knee pockets, which allow you to choose the height of your knee pieces yourself.

Electrostatic discharge (ESD) safe clothing is specifically designed to prevent static charges that pass from a person, or their clothing, into the surrounding area. They are worn whenever static damage is a concern and are common practice in a number of industries.

Flame-resistant clothing refers to any garments that are specifically designed to protect the wearer from flames and thermal injury. FR clothing resists ignition and self-extinguishes once the source of the ignition is removed.

Frequently Asked Questions (FAQ)

1. What fabrics are commonly used in durable workwear apparel?
Durable workwear apparel often uses heavy cotton (8–12 oz per sq yard), polyester blends (around 65/35 ratio), and canvas fabrics. These materials are chosen for their tensile strength and abrasion resistance, with canvas lasting up to 30% longer under stress tests compared to plain weaves. Additionally, polyester enhances tear resistance by around 25%, making blends highly suitable for industrial conditions.

2. How do coveralls differ from overalls for industrial use?
Coveralls provide full-body protection from neck to ankle, while overalls typically cover the torso and legs, leaving the arms exposed. For hazardous settings, coveralls reduce skin exposure by nearly 90%, making them preferable for industries like oil, gas, and welding. Overalls are lightweight, around 25% less fabric weight than coveralls, favoring mobility when heavy protection isn’t needed.

3. Why is GSM important when selecting workwear fabric?
GSM (grams per square meter) indicates the fabric’s weight and durability. Workwear fabrics generally range from 220 to 400 GSM. Higher GSM fabrics (above 300) offer 40–60% better resistance to wear and tear, making them suitable for heavy-duty environments. Choosing the right GSM ensures the perfect balance between comfort and protection for the worker.

4. What are the benefits of flame-resistant workwear in hazardous industries?
Flame-resistant (FR) workwear reduces burn injuries by about 60% compared to non-FR garments. Materials like Nomex and treated cotton can self-extinguish within 2 seconds of flame removal, significantly minimizing injury risks. FR garments are mandatory in industries where workers are exposed to arcs, flash fires, or molten metal splashes.

5. How does hi-visibility clothing improve worker safety?
Hi-visibility clothing increases a worker’s detectability by up to 80%, especially in low-light conditions. Garments with fluorescent colors and retro-reflective tape are proven to reduce struck-by vehicle incidents on worksites by approximately 20–30%. Compliance with ANSI/ISEA 107 standards ensures workers are seen from at least 1,200 feet away under headlights.

6. What is the ideal GSM range for heavy-duty canvas work pants?
Heavy-duty work pants are usually made from canvas fabric weighing between 280–400 GSM. Pants in this range can withstand up to 15,000 abrasion cycles in Martindale testing without breaking down. This strength level makes them 35% more durable than regular denim jeans, ideal for construction and heavy mechanical work.

7. How can workwear apparel be customized for different industries?
Customization can include reinforced seams (adding 25–40% strength), double-knee patches, tool loops, waterproof coatings, and high-visibility accents. Industries like oil and gas often request flame-retardant treatments, while warehouse settings prefer lightweight stretch panels. Branding elements like embroidery can endure up to 100 industrial washes without significant fading.

8. Why do companies prefer sourcing bulk workwear from manufacturers?
Buying in bulk can improve cost efficiency by around 20–35% compared to retail purchasing. Manufacturers also offer customizations tailored to the client’s job-specific needs and faster turnaround times. Additionally, bulk sourcing ensures fabric consistency, meaning all garments in a batch meet the same strength, durability, and colorfastness standards.

9. What are common materials for waterproof and breathable work jackets?
Waterproof work jackets typically use ripstop nylon or polyester with coatings like polyurethane (PU) or thermoplastic elastomer (TPE). These materials provide 5,000 to 10,000 mm waterproof ratings, meaning they can withstand medium to heavy rainfall. Jackets often include breathable membranes that allow 3,000–5,000 g/m²/24hr moisture vapor transmission rates.

10. How does protective workwear help reduce workplace injuries?
Protective workwear helps lower injury rates by up to 50% in high-risk industries. Features such as reinforced elbows, triple-stitched seams, and FR-treated fabrics add multiple layers of defense against abrasions, burns, and chemical exposure. Ergonomically designed gear also reduces musculoskeletal injuries by supporting correct posture during physical work.

11. What role does moisture-wicking fabric play in workwear?
Moisture-wicking fabrics pull sweat away from the body, drying up to 50% faster than regular cotton. This keeps workers cooler and reduces the risk of skin irritation or heat stress. Fabrics like polyester blends can move up to 1 liter of moisture per square meter per hour, ensuring workers stay dry even in humid environments.

12. How is workwear tested for abrasion resistance?
Workwear is commonly tested using the Martindale or Taber abrasion tests. High-quality garments can survive between 10,000–20,000 abrasion cycles before showing fabric breakdown. This translates to around 30–50% longer lifespan compared to standard apparel, especially important for construction, automotive, and mechanical industries.

13. Why is double stitching important in industrial workwear?
Double stitching strengthens seams by about 30–40% compared to single stitching. In stress-prone areas like knees, elbows, and shoulders, it prevents fabric tearing under heavy movements or loads. Workwear with reinforced stitching can endure up to 25% more pulling force, making it a crucial durability feature for industrial use.

14. What is the significance of tear strength in industrial garments?
Tear strength measures the force required to propagate a tear once started. Strong industrial fabrics can resist up to 15–30 Newtons of tear force. Higher tear strength ensures better longevity, especially in high-mobility tasks where sudden snags and sharp edges are common in the work environment.

15. What are the advantages of using blended fabrics in workwear?
Blended fabrics like 65% polyester/35% cotton provide the best of both worlds — 20–30% higher durability from polyester and 40–50% better breathability from cotton. This blend also reduces fabric shrinkage by approximately 25% compared to 100% cotton garments, maintaining size and shape after repeated industrial laundering.

16. How does fabric shrinkage affect workwear sizing?
Shrinkage can cause up to 5–7% reduction in garment dimensions if the fabric is not pre-shrunk or properly blended. Industrial pre-shrunk fabrics limit this to around 2–3%, ensuring better size retention after heavy washing cycles. Consistent sizing improves worker comfort and reduces replacement costs over time.

17. What is the tensile strength requirement for heavy-duty workwear fabrics?
Tensile strength measures fabric’s resistance to breaking under tension. Heavy-duty workwear typically meets 250–400 Newtons of tensile strength in laboratory tests. This allows the apparel to handle high-stress movements like squatting, lifting, and crawling without tearing or permanent deformation of the fabric.

18. How do high-visibility vests differ between work environments?
In road construction zones, vests must provide 360° visibility and reflect light from at least 1,200 feet. For warehouse and indoor settings, fluorescent colors like yellow or orange improve visibility by around 50–60% under artificial lighting. Specific ANSI Class 1, 2, or 3 ratings apply depending on worksite speed and risk.

19. What features make industrial jackets suitable for cold weather?
Cold-weather workwear uses insulation materials like quilted polyester fibers offering thermal ratings of up to 0.6–0.8 Clo units. Jackets may also feature windproof membranes that block 90% of air infiltration. Adjustable cuffs, storm flaps, and drawcord hems further enhance protection against freezing temperatures and strong winds.

20. Why is breathability critical in waterproof industrial clothing?
Breathable waterproof fabrics prevent moisture buildup inside the garment, reducing condensation by up to 70%. This maintains body temperature stability and prevents discomfort during long shifts. Ratings like 5,000 g/m²/24hr indicate the fabric’s ability to transfer perspiration vapor, a vital feature in demanding outdoor or indoor high-exertion tasks.