BodyGard™ FLX 2000 Series Premium DisposableCoveralls
BodyGard™ Premium coveralls are limited life disposable coverallsproviding increased personal protection, from both hazardous particulates and potential chemicalhazards.
Certification
CE 0624 certifies BodyGard™ FLX2000 for type 5 and type 6protection.
The fabric used in the manufacture for BodyGard™ premium coveralls is 58grm/sq meter, breathable andanti-static material.
The standard design BodyGard™ coverall consists of a one-piece garment with hood. Seams are bound and sewn 8+/-1 stitches per inch. Hood, wrists, waist andankles are elasticised. Reinforced crotch pleats and heavy duty zipper cover flap.
Self-adhesive strip provides additional particle and chemical hold-out by securely sealing the zipperbeneath the cover-flap.
SergedSeam
Two pieces of material are joined witha
thread stitch that interlockseconomically.
Applications: Basic protection formost
general-purposeapplications.
Sewn and BoundSeam
Two pieces of material joined with an overlay of similar material, andchain
stitched through all of the layersfor
increased strength plus holdout ofliquids and dryparticulates.
Applications: Hazardous particleprotection and Iight splashsituations.
Ultrasonic WeldedSeam
Similar to a bound seam, with additional protection due to the fusion, under heat& pressure, of the material at the seam. No thread (or needle holes)required.
Applications: heavy-duty chemicaland
particleprotection.
TapedSeam
Two pieces of the same fabric aresewn
together. The seam is then overlaid witha
barrier tape that is applied under heatand pressure to form a liquidseal.
Applications: heavy-duty chemicalsplash protection and particleprotection.
BodyGard™ Premium Coveralls.manufactured from premium breathable soft, anti-static 58gm/sqmfabric
HighStructuralStrengthwithExcellentTensile,TearandAbrasion
Resistance
Anti-Static(EN1149-1)Helpspreventbuild-upofStaticElectricity,whichcouldpresentasamajorsafetyriskincertainindustries(PetrochemicalIndustry)
Breathable(helpingpreventheatstress)andprovidingcomfortable
workingconditions
ParticleProtection–holdingout99%ofFibresandHazardousParticlesgreaterthan1Micron
BodyGard™ PremiumCoverall.
Manufactured from Premium BreathableSoft,
Anti-Static 65gm/sqmfabric
•
Test Method EN368 offers 100% Protectionagainst:
A.Pesticide
B.MethylPentane
C.Xylene
D.Acetone
•
Silicone Free and Ultra Low Linting, ideal for use in Critical Painting Applications and Reducing the Risk of Contamination(Semi-Conductor Industry &Telecommunications)
The BodyGard™ overall is Lightweight, Durable with Superior Soft Comfort. Complete with Elastic Hood, Wrists, Waist, and Ankles and Zipper Cover Flap with Self Adhesive Tape, providing additionalprotection. Also has reinforcing crotch pleats, providing superior tear resistance and room tomove.
•
BodyGard PremiumCoverall.
Manufactured from Premium BreathableSoft,
Anti-Static 58gm/sqmfabric
CE 0624 certifies that BodyGard™ coverallscomply with chemical protective clothing Type 6 Limited Chemical Splash and Type 5 Particle Protection, enabling Bodygard™ coveralls to be distributed globally
•BodyGard™ premium coveralls are manufactured using premium soft microporous fabric which denies penetration of liquid & particle molecules from the outer surface & yet allows the vapour moleculesto pass from the inside to outside which equates to increased wearer comfort &productivity.
Flammability: Class1
This particular classification (under 16CFR 1610) and our certificationunder
EN13274-4 method 3, resistance to ignition are both recognised under ISO6941-
2003 as representing similar performance minium requirements. BodyGard™ FLX 2000 results "show No drop formation (fusing), is self-extinguishing and has a after-flame time of <5seconds.
"BodyGard™ is not flame resistant and should not be worn nearhot
surfaces, flame and spark generatingprocesses"
Surface Resistivity –ASTMD257
This particular ASTM reference to fabric surface resistivity performance(fabric
antistatic capability) now references EN1149-1 antistatic performance requirements. BodyGard™ FLX 2000 was tested toEN1149-1.
Thistechnicaldataprovidedwithinisbasedonlaboratorytestperformancecriteriaperformedundercontrolledconditions.
Itistheresponsibilityoftheuserofthesegarmentstoascertainthelevelof exposureofthehazardandtheselectionofthecorrect
personal protective equipment required for his or herapplication.
FELIXanditsdistributorsassumenoobligationorliabilityinthe improperuse ofBodyGard™ProtectiveCoveralls.
BodyGard™ FLX 2000seriescoveralls
are now also certifiedfor:
Protection against BiologicalRisk EN14126 :2001
Protectionagainst
Radioactive ContaminationEN1073-2
Brand:Cov =Coverall
Tech =Technology
3 = Category 3, PPE of ComplexDesign
6 = Type 6 Limited Liquid ChemicalSplash
5 = Type 5 Solid Particulate ChemicalProtection
P = Premium QualityFabric
Suitable for a variety of tasks, from working with hazardous dusts through to chemical handling and is especially well suited forcritical processes in many industries,including:
Asbestosremoval
Accidentattendance
Synthetic mineral fibre installation anderadication
Food andpharmaceutical Painting and spraying Electronic assembly Mining
Industrial manufacturing andmaintenance
GarmentUse
Use only where the risk of chemical exposure is LOW & clearly defined as such. Check the coverall before wearing –if defective do notuse.
Limitations ofUse
DO NOT use with highly toxic or hazardous chemicals, chemical vapors & gases. Avoid intense heat or direct naked flame, sparks or hot surfaces –BodyGard™ Coveralls begin to melt at 120˚C. The user shall be the sole judge for proper use of BodyGard™Coveralls.
Care andDisposal
Do not wash, iron, tumble dry or dry clean. Do not use chlorine based bleaches. After use, dispose of immediately. Method of disposal will depend on the level & type of contamination & government/local regulations. Incineration is the preferredmethod.
Suitability
Please ensure that BodyGard™ Coveralls are suitable for the intended use & comply with regulatory requirements.Felix Nonwovens & its distributors accept no responsibility for improper use of BodyGard coveralls.
WeightandThickness:Materialweightsarereportedingrampersquaremeterandthicknessinincrementsof0.001inch(mils)Bothmaterialweightandthicknessareindicatorsofgarmentbulk
andcomfort.
Anti-static treatment: Special treatment helps to prevent build-upof static. Electricity which could present a major safety risk in certain industries.
ParticulateHoldout:Thefiltrationefficiencyofamaterial,measuredbythenumberofparticulatesper100thatcanbepulledthruoughthematerial.Reportedfor1micronsizeparticles.
Penetration Resistance: Material resistance to liquid penetrationis measured using ASTM F903. the outside surface of the material in question is exposed to the test chemical for onehour.
•PermeationResistance:ASTMF739isusedtomeasurethe permeation resistance of materials. Permeation is the molecular movement of chemicals through a material. If exposure to chemical vapours is a concern, this data shouldbe analyzed.
•Tensile Strength: The force required to break a material apart by pullingitfromopposingdirections.Measuredinpoundsandisreported in twodirections.
•BurstStrength:Theforcerequiredtobreakthroughmaterial
when applied perpendicular to its surfacearea.
•Tear Resistance: The force required to tear through amaterial
once a tear has beeninitiated.
•Puncture(orSnag)Resistance:Theforcerequiredto puncture a material with a sharp probe, such as anail.
AbrasionResistance:Measurementofhowquicklyamaterialwillwearthroughwhenrubbedagainstacoarse,sandpaper(simulatedasphalt)surface.
Air Permeability: The ability of a material to freely pass air,measured as the number of cubic feet that can be passed in a square foot of material. Non-breathable materials allow no air permeation. Note: Some materials may report zero air permeability, but may still have breathability.
Water Vapor Transmission: In this test the rate in which a material allows transmission of water vapor is measured. The rate is reportedas ounces of water that can pass through a square yard of material in one hour The ability of a material to allow water vapor transmission is related to wearer comfort because body cooling occurs through the evaporation ofsweat.
Type 5 Particle EN13982
Protection against hazardous dust and dryparticles
Type 6 Chemical EN13034
Limited chemical splash protection against some hazardouschemicals
Anti-staticEN1149.1
Anti-static protection compliant to European standards
Radioactive EN1073-2
Protection against radioactivecontamination
Anti-viral ASTMF1671
Protection against viral andblood-borne pathogens
Strong Anti-Static Breathable
Particle Protection Chemical SplashProtection SiliconeFree
Lightweight Durable
BenchmarkCertified
28 Eylül 2021
