Slip-On Work Boots|Rubber And Insulated Boots*XLfeet Inc. TREDS 12" Rubber Overboot, Mid-Calf

Slip-On Work Boots|Rubber And Insulated Boots*XLfeet Inc. TREDS 12″ Rubber Overboot, Mid-Calf

58,89 $

Size

Clear

SKU: SKU36ANZB Categories: Boots, Extras, Funny Tee Shirts, Rubber And Insulated Boots, Shop By Boots, Shop By Extras, Slip-On Work Boots, Waterproof Work Boots Tag: XLfeet Inc. Brand: XLfeet Inc.

Fits Boots up to size 19

Made In USA

Tear/Rip Resistant

Waterproof

Cement Concrete Resistant

Description

A 12″ high overboot that easily pulls over your shoes or work boots and won’t “blow” out.

Super Tough TREDS rubber overboots, made of Nature’s strongest elastomer… latex natural rubber:
• 4000 lbs tensile strength
• 210 lbs/inch trouser tear strength
• 800% elongation

TREDS secret: using a proprietary process, more art than science, pure sap from the rubber tree is blended with special chemical agents and seamlessly molded in our Cincinnati, Ohio manufacturing plant. The result: TREDS, the world’s most durable, comfortable and economical overboots available.

4000 lbs. of tensile strength

210 lbs./inch of “trouser tear” strength

800% elongation


Boot Size	Fits Men’s shoe:	Heel-Toe Toe Length* (in inches)

X-SMALL 3-4 between 10^1/4 & 10 ^3/4 SMALL 5-7 between 10 ^3/4& 11 ^1/4 MEDIUM 8-10 between 11 ^1/4& 12 ^1/2 LARGE 11-12 between 12^1/2 & 13 ^1/4 LARGE/X-LARGE 13-14 between 13 ^1/4& 13 ^3/4 X-LARGE 15-16 between 13 ^3/4& 14 ^1/2 XX-LARGE 17-19 between 14 ^1/2& 15 ^1/2

Durability: TREDS won’t “blow out” on the job… Guaranteed.
Comfort: Pull on/off easily – TREDS are sized to fit. Pull on a pair of TREDS and forget you have them on.
Simplicity: Unilast Design – No right/ no left.
Economy: Patchable with vulcanizing rubber patch or super glue.

Chemical Resistance Chart

ChemicalName TREDS Natural Rubber Neoprene Vinyl Acetaldehyde E E NR Acetic Acid (Conc) E E F Acetone E G NR Ammonium Hydroxide (Conc) E E E Amyl Acetate NR NR F Aniline G G NR Animal Fats G E NR Asphalt F F NR Benzylic Alcohol F E E Bleach E E E Boric Acid E E E Brake Fluid F E F Butyl Acetate NR NR F Carbon Tetrachloride NR F F Chloracetone E E NR Chromic Acid (50%) NR NR G Cresosote G E G Cutting Oil G E G Cyclohexane NR F NR Diesel Fuel NR F NR Diethanolamine E E E Diethyl Ether F E F Dioctyl Phlalate (DOP) F G NR Ethyl Acetate G F NR Ethyl Alcohol E E F Ethylene Glycol E E E Fertilizers E E E Fish Oils F E F Fluorides E E E Formaldehyde (37%) E E E Fuel Oil F F F Gasoline F G F Hexane NR NR F Household Detergents E E G Hydraulic Fluid E E G Hydrochloric Acid (30%) F E G Hydrofluoric Acid (30%) G E G Hydrogen Peroxide G E NR Kerosene NR F F Linseed Oil NR E G Methyl Alcohol E E G Methyl Ethyl Ketone F F NR Methyl Formate F E F Mineral Oils F F F Naphtha F F F Naphthalene F F F Nitric Acid (20%) G G F Nitrobenzene NR F NR Oleic Acid F E F Perchloroethylene NR F NR Phoshoric Acid E E E Pine Oil NR F F Potassium Hydroxide (50%) E E E Poultry G E NR Sodium Hydroxide (50%) E E F Sodium Hypochlorite E E E Steric Acid G E G Sulfuric Acid (Conc) NR G G Sulfuric Acid (Dilute) E E E Vegetable Oil G E F

KEY: E – Excellent; G – Good; F – Fair; NR – Not Recommended

Note: This chart provides general guidelines to the performance of these materials and does not imply a warranty of suitability or merchantability of TREDS Overboots for a particular purpose or application.