cvc cotton polyester anti flame apparel overall - YULONG SAFETY

cvc cotton polyester anti flame apparel overall

Code:YL260601-A

Material:CVC

Weight:Customized gsm, Customized oz

Function: /

More Color:

166006010000030341393920405354130513

Description

1. Fabric Composition Definition

CVC stands for Chief Value Cotton, featuring higher cotton content than polyester; regular blend: 55% Cotton + 45% Polyester, matched with embedded grid conductive yarn for optional antistatic function. Most fabrics are twill/drill weave, common weight range:240–320 g/m², classic raw material for mid-range safety overalls.
  • Cotton: Serves as carrier for durable cross-linked flame retardant finish, breathable, sweat-wicking, carbonizes rapidly under flame to form insulating char layer and cut off combustion.
  • Polyester: Reinforces fabric tensile strength, anti-wrinkle and low-shrink property, improves shape retention and service life versus pure cotton overalls.

2. Core Functional Performance

(1) Flame Retardant Property

Adopts Proban THPC durable cross-link FR finishing. FR ingredients bond chemically inside cotton fiber, LOI≥28, remains effective after ≥50 industrial washes. The garment self-extinguishes quickly once away from open fire; charred cotton wraps polyester to restrict large molten dripping.

(2) Optional Antistatic Performance

Conductive filament forms continuous conductive network across fabric. Surface resistance controlled at 10⁶~10¹¹ Ω, compliant with EN 1149‑5 to release static charge and avoid spark ignition in flammable gas/dust hazardous areas.

3. Applied EU Safety Standards (CE certification required)

  • EN ISO 11611 Class1: For welding work, protects against welding spatter, arc sparks and transient flame.
  • EN ISO 11612 A1/B1: Blocks flame spread, radiant heat and hot molten splash in high-temperature workshops.
  • EN 1149‑5: Mandatory antistatic standard for petrochemical, oil & gas industry.

    Optional upgrade: EN ISO20471 high-visibility reflective tape for outdoor low-light working sites.

4. Garment Structure Design of Bib Overall

  1. Widened adjustable FR shoulder suspenders with durable plastic buckles; full front chest flap enhances anti-spatter protection for chest and abdomen during welding.
  2. Double-layer reinforced fabric at knees with inner pockets for removable knee pads; multi-functional thigh cargo pockets for tools, tape measure and pens.
  3. All accessories including snaps, binding and whole-piece sewing thread are flame resistant; adjustable ankle cuffs prevent hot debris entering trouser legs.

5. Application Range

General arc welding, machinery manufacturing, steel processing, petrochemical maintenance, oil depot inspection and light metallurgy daily protection.

6. Advantages & Drawbacks

Advantages

  1. Balanced cost and comfort: more breathable than high-poly TC overalls, more economical than modacrylic or aramid FR overalls.
  2. Good stiffness and wrinkle resistance, easy laundry and long-term shape stability, ideal for bulk export orders.

Disadvantages

FR performance belongs to chemical after-treatment instead of inherent fiber FR; flame resistance gradually declines after over 80–100 frequent heavy washes. Moderate polyester ingredient brings slight molten drip under extreme intensive high-temperature splash, unsuitable for heavy-duty close-range smelting.

Marketing Slogan

CVC FR Bib Overall, CE Certified EN11611 EN11612 EN1149‑5 for Industrial Safety Protection

More details

  1. There has pocket on anti-static coverall left sleeve.
  2. 0.6cm single visible stitching on the anti-static coverall’s shoulder,arm hole,front&back fly,outside seam.beautiful and firm.
  3. Rubber band on waist line fits more people in different body form.
  4. Double closed metal zipper closed to the collar in Front fly with the pull loop. The anti-static coverall cover the zipper, zipper teeth will not appear.
  5. Slant pockets on each side of the anti-static coverall.
  6. Kneecap to increase wearing resistance.
  7. Bar-tacking on all stress points to increase the fastness.

 

Standards

EN ISO 11611Protective clothing for use in welding and allied processes
EN ISO 11612Protective clothing – Clothing to protect against heat and flame
EN ISO 14116Protective clothing - Protection against heat and flame
EN1149-1Protective clothing. Electrostatic properties. Test method for measurement of surface resistivity
EN1149-3Electrostatic properties - charge decay
NFPA2112Standard on Flame-Resistant Garments for Protection of Industrial Personnel Against Flash Fire
Oeko-Tex Standard 100 Class 2Tested for harmful substances, approved to be used in direct contact with skin

Size Chart

Measurements are in inches.

SizeNeckChestWaistSleeve
S14 - 14.534 - 3628 - 3032.5 - 33
M15 - 15.538 - 4032 - 3433.5 - 34
L16 - 16.542 - 4436 - 3834.5 - 35
XL17 - 17.546 - 4840 - 4235.5 - 36
2XL18 - 18.550 - 5244 - 4636.5 - 37
3XL19 - 19.554 - 5648 - 5037 - 37.5
4XL20 - 20.558 - 6052 - 5437.5 - 38
5XL21 - 21.562 - 6456 - 5838 -38.5

Hint: For the most accurate results, measure yourself in your undergarments.

Neck: Measure around the base of your neck, inserting your forefinger between the tape and your neck to allow ease in fit.

Chest: Measure around the fullest part of your chest, keeping tape firmly under your armpits and around your shoulder blades.

Waist: Measure around your waist, slightly below your natural waist, where you normally wear your pants. Insert your forefinger between the tape and your body to allow ease in fit.

Inquiry

Contact Form Demo (#1)

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