TechNiGlove

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Style

Ambidextrous

Lengths

          Technipak

          Technipak / Bagged

 

9.5"" (240mm)

12"   (300mm)

Thickness

          Technipak

          Technipak / Bagged

 

5 mil (0.005")

6 mil (0.006")

Grip Surface

Microtextured

Cuff:

Beaded

Colors:

Blue/ White (bagged only)

Tensile Strength

12.9 MPa minimum

Elongation:

          Before Aging

          After Aging

 

550% minimum

400% minimum

 

 

 

 

Technipak 100-Count Plastic Boxes

9.5" powder-free blue nitrile gloves with microtextured grip

 

TN100PFB

X-SMALL

19lbs

TN101PFB

SMALL

19lbs

TN102PFB

MEDIUM

20lbs

TN103PFB

LARGE

20lbs

TN104PFB

X-LARGE

21lbs

TN105PFB

XX-LARGE

22lbs

100 gloves/Technipak, 10 Technipaks/case = 1,000 gloves/case

Case size = 12" x 11" x 10"

  

Bagged Class 100 Nitrile Gloves

12" blue or white nitrile gloves with microtextured grip

TN2000(B)(W)

X-SMALL

20lbs

TN2001(B)(W)

SMALL

21lbs

TN2002(B)(W)

MEDIUM

22lbs

TN2003(B)(W)

LARGE

23lbs

TN2004(B)(W)

X-LARGE

24lbs

TN2005(B)(W)

XX-LARGE

25lbs

100 gloves/ bag, 10bags/case = 1,000 gloves/case

Case size: 12" x 11" x 10"

 

Technitote 250-Count Plastic Totes

12" blue nitrile gloves with microtextured grip

TNT1200PFB

X-SMALL

20lbs

TNT1201PFB

SMALL

21lbs

TNT1202PFB

MEDIUM

22lbs

TNT1203PFB

LARGE

23lbs

TNT1204PFB

X-LARGE

24lbs

TNT1204PFB

XX-LARGE

25lbs

250 gloves/ Technitote, 4 Technitotes/ case = 1,000 gloves/case

Case size: 12" x15" x 13"

 

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PAGE 2

 

(Technipak and TechniTote only.)

Particle Levels Class M3.5 (100)

        Tote/Pac

 

        Bagged

 

 

<2,500 total particles/cm2 > 0.5um

<1,500 total particles/cm2 > 0.5um

IES RP-CC-005.2 method

Electrical Properties Resistivity

At 12.5% R. Humidity

1x1010  ohms/square per ESD-S11.12

Static Delay

At 12.5% R. Humidity

<3 seconds per RETS-5-003

Total Non-Volatile Residue

2.0 ug/cm2

IES RP-CC-005.2 method

 

Extractables

 

Silicone

None

Amide

None

Phatalates

None

Fluoride ( F- )

<0.0005 ug/cm2

Cloride ( Cl- )

<0.200 ug/cm2

Bromide ( Br- )

<0.0005 ug/cm2

Nitrate ( NO3- )

<0.200 ug/cm2

Phosphate ( PO43-)

<0.015 ug/cm2

Sulfate ( SO42-)

<0.100 ug/cm2

Lithium ( Li+ )

<0.0010 ug/cm2

Sodium (Na+)

<0.100 ug/cm2

Ammonium ( NH4+)

<0.100 ug/cm2

Potassium ( K+ )

<0.100 ug/cm2

Magesium ( Mg2+)

<0.010 ug/cm2

Calcium ( Ca2+)

<0.100 ug/cm2

 

 

 

BACK TO TOP

  

Acetic Acid

G

Isobutyl Alcohol

G

Acetone

F

Isooctane

E

Acetonitrile

F

Isopropyl Alcohol

G

Allyl Alcohol

G

Lactic Acid (85%)

E

Amyl Acetate

F

Maleic Acid

E

Amyl Alcohol

E

Methyl Alcohol

P

Butyl Alcohol

E

Methyl Amine

G

Butyl Cellosolve

E

Methyl T-Butyl Ether

P

Carbon Tetrachloride

F

Mineral Spirits

G

Citric Acid (10%)

E

Monoethanoline

E

Diacetone Alcohol

P

Naptha

F

Dibutyl Phthalate

E

Octanol

E

Dimethyl Sulfoxide

G

Oleic Acid

E

Ethyl Acetate

P

Oxalic

E

Ethyl Alcohol

G

Pentachlorophenol

E

Ethyl Ether

F

Pentane

P

Ethyl Glycol Ether

G

Perchloroethylene

F

Ethylene Glycol

E

Potassium Hydroxide

E

Formaldehyde

F

Propyl Alcohol

G

Gasoline

F

Sodium Hydroxide

E

Hexane

E

Stoddard Solvent

E

Hydrazene (65%)

E

Sulfuric Acid

E

Hydrochloric Acid (10%)

E

Toluene

F

Hydrogen Peroxide (30%)

E

Turpentine

G

Hydroquinone

E

Xylene

F

 

E=Excellent      G=Good     F=Fair     P=Poor

 

NOTE: The recommendations above are meant as a general guide when selecting gloves for any chemical contact use.  TechNiTrile nitrile gloves are dipped thin for dexterity and comfort.  The trade-off in emphasizing these qualities is the fact that the gloves provide only a limited degree of chemical "splash" protection.  They do not provide the high degree of chemical protection found in heavier-weight gloves designed specifically for chemical use.