Construction

When purchasing a quality pair of gloves, the first factor considered is construction or "cut." The two most common types are Clute and Gunn. Clute cut provides comfort with no seams in the palm. Gunn cut is primarily used in leather gloves to protect the seams from wear.

Cuffs

There are a variety of cuff styles to choose from. Most cotton and jersey work gloves have a snug knit wrist while leather gloves have a slip-on or shirred style cuff. Leather palm styles have safety or gauntlet cuffs or knit wrists.

Thumbs

We have three types of thumbs; extra comfortable one-piece keystone, one-piece straight thumb with no seam on the outer side, and wing thumb, with no seams on wearing surface.

Fabrics

Our cotton gloves are economical, lightweight, but strong. The fabric is tightly woven to assure greater seam strength. Our jerseys are warm for year-round use. We use a full size die for comfortable, roomy gloves. Our flannel chore gloves are strong and moisture resistant because two layers of material are bonded by rubber based adhesive to produce the best chore glove on the market. Our PVC coated gloves are waterproof and tough, yet flexible....and we combine leather and cotton for our leather palm gloves.

Leather

Leather hides removed from the animal are too thick for commercial uses so they must first be cut into layers. Generally, a hide is divided into three layers.

The smooth outer layer, or grain side, is used for better gloves where "look" and dexterity are important. The bottom layer, the flesh split or suede, is used mostly in leather palm styles, most of which have linings to protect the hands against its roughness. We don't use the middle split because it has no tensile strength.

A-Grade leather comes from the side and belly areas, while B-Grade leather comes from the shoulder and rump areas. Wells Lamont gets 11 pairs of A-Grade and 5 pairs of B-Grade gloves out of each cowhide, while a typical pigskin yields 5 A-Grade and 2 B-Grade pairs.

Capeskin
soft and supple grain sheepskin leather is used in tasks where optimum dexterity and sensitivity are needed.

Cowhide
is most commonly used in our leather gloves. Supple, yet strong belly leather is our volume leader. Side split and shoulder split leather are best for leather palm gloves.

Deerskin
leather, naturally soft and supple, is also warm and long wearing. We use the finest quality deerskin in the industry for our work gloves.

Goatskin
leather has the highest natural lanolin content available, making it soft and pliable, while actually improving its durability. For medium duty jobs.

Pigskin
leather is tanned for toughness and pliability. Soft drying and flexible, even after repeated wettings, its tough on the job, but easy on the hands.



Chemical Resistantce Chart


LRC BEST NORTH NORTH NORTH

NITRILE (16MIL) NEOPRENE SILVERSHIELD VITON (9MIL) BUTYL (17 MIL)
CHEMICAL BTT BBT BBT BBT BBT
Acetone 9 min. 35 min. >6 hrs. ID >17 hrs.
Acetonitrile 15 min. 65 min. >8 hrs. ID >8 hrs.
Acrylonitrile ID 27 min. ID 1 min. 3.1 hrs.
Benzaldehyde ID 93 min. ID 9.9 hrs. 9 hrs.
Benzene 25 min. 15 min. >8 hrs. 6 hrs. 31 min.
Butyl Acetate 77 min. 46 min. >6 hrs. ID 1.9 hrs.
p-t Butyttoluene ID 158 min. >8 hrs. >8 hrs. 1.7 hrs.
Carbon Disulfide ID NR >8 hrs. >8 hrs. 7 min.
Carbon Tetrachloride 385 min. 73 min. >6 hrs. >13 hrs. ID
Chloroform 9 min. 23 min. 10 min. 9.5 hrs. ID
Cyclohexane ID 228 min. >6 hrs. >7 hrs. 1.1 hrs.
Cyclohexanol 8 hrs. ID >6 hrs. 8 hrs. >11 hrs.
1,2,Dichloroethane ID 16 min. >6 hrs. 6.9 hrs. 2 hrs.
Diesel Fuel 8 hrs. ID ID ID ID
Diethylamine ID 23 min. >8 hrs. 35 min. 47 min.
Dimethysulfoxide 118 min. ID ID 1.5 hrs. >8 hrs.
Divinyl Benzene ID NR >8 hrs. >17 hrs. 2.2 hrs.
Ethanol 260 min. ID ID ID ID
Ethyl Acetate 21 min. 24 min. >6 hrs. ID 7.6 hrs.
Ethyl Ether ID 12 min. >6 hrs. 12 min. 8 min.
Formaldehyde 37% 8 hrs. ID >6 hrs. >16 hrs. 16 hrs.
n-Hexane 8 hrs. 173 min. >6 hrs. >11 hrs. ID
Hydrochloric Acid 37% 8 hrs. ID >6 hrs. ID ID
Lubricating Oil 8 hrs. ID ID ID ID
Methyl Ethyl Ketone 10 min. 30 min. >24 hrs. ID >8 hrs.
Naphtha 128 min. ID ID ID ID
Nitrobenzene NR 100 min. >8 hrs. >8 hrs. >23 hrs.
PCBs 50% ID 199 min. >8 hrs. >8 hrs. ID
n-Pentane 8 hrs. 84 min. >6 hrs. >8 hrs. ID
Sodium Hydroxide 50% 8 hrs. ID >6 hrs. ID ID
Styrene 33 min. NR >4 hrs. ID ID
Tetrachloroethylene ID 40 min. >6 hrs. >17 hrs. ID
Toluene 44 min. 25 min. >6 hrs. >16 hrs. 21 min.
Xylene 74 min. 37 min. >24 hrs. >8 hrs. ID

BBT=Breakthrough Time * ID=Insufficient Data * NR=Not Recommended