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Bashlin PPE Lineworker Natural Rubber Gloves

Name: Bashlin PPE Lineworker Natural Rubber Gloves
SKU: BSL-110Y

Multi-Color Layers Allow You to Quickly Check for Damage

BSL-110Y

BSL-14-10B

BSL-14-20YB

What's special about these PPE gloves?

These high quality insulated gloves are the perfect blend of high dielectric, physical strength, flexibility and durability for long life and safety.
For added insulation protection from electrical hazards, these are cement dipped to protect during work around energized systems and appliances.
Made from a proprietary natural rubber latex material and available in a variety of lengths and classes.
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Among the most important articles of PPE are rubber insulating gloves. Made by Salisbury, an industry leader for arc-flash & shock protection, these gloves have earned the reputation for quality, longevity and comfort. These are Type I natural rubber gloves (non-ozone resistant) and require proper care to ensure that they provide maximum protection as they are intended to.

PPE Rubber Gloves Class 0
Part #	Glove Length	Class	Sizes	Color	Weight	Price
BSL-110Y	10-1/2"	0	9 to 11	Yellow	0.5 lb	Qty: Manufacturer Direct

PPE Rubber Gloves Class 1
Part #	Glove Length	Class	Sizes	Color	Weight	Price
BSL-14-10B	14"	1	9 to 11	Black	1.2 lbs	Qty:

PPE Rubber Gloves Class 2
Part #	Glove Length	Class	Sizes	Color	Weight	Price
BSL-14-20B	14"	2	9 to 11	Black	1.4 lbs	Qty:
BSL-14-20YB	14"	2	9 to 11	Yellow & Black	1.2 lbs	Qty:
BSL-16-20B	16"	2	9 to 11	Black	1.5 lbs	Qty:
BSL-16-20YB	16"	2	9 to 11	Yellow & Black	1.5 lbs	Qty:

Determining Glove Size: Measure the circumference around the palm. Allow for additional room if fabric glove liners are to be worn, especially with thermal liners.

Gloves actually relieve stress, strain and fatigue thanks to the ergonomic design and curved hand comfort.

Flexible construction allows you to manipulate small parts easily.

These gloves are required wear for everyone working on or near energized circuits, and are the number one most important piece of PPE for electrical workers.

Meet or exceed ASTM D120 Standard and meet International Standard 903, EN60903 Standards

30-day manufacturer warranty

Rubber products must be visually inspected for punctures, embedded objects, tears or deterioration from chemicals or UV rays.

Class	Glove Length
00, 0	10.5", 14"
1, 2	14", 16", 18"
3	16", 18"
4	18"

Class	Maximum Usage	AC Test Voltage	Glove Color	Label Color	Glove Length
Class	Maximum Usage	AC Test Voltage	Glove Color	Label Color	10.5"	14"	16"	18"
00	500V	2,500V	Yellow	Beige	1100Y
0	1,00V	5,000V	Yellow	Red	110Y	140Y
1	7,500V	10,000V	Black	White		14-10B	16-10B	18-10B
2	17,000V	20,000V	Black	Yellow		14-20	16-20B	18-20B
2	17,000V	20,000V	Yellow / Black	Yellow		14-20YB	16-20YB	18-20YB
3	26,500V	30,000V	Yellow / Black	Green			16-30YB	18-30YB
4	36,000V	40,000V	Black	Orange				18-40B
4	36,000V	40,000V	Yellow / Black	Orange				18-40YB

How-To Corner

Glove Care; Storage:

Proper storage extends the life of linemen's gloves and sleeves. Folds and creases strain rubber and cause it to crack from ozone prematurely. By storing rubber gloves and sleeves in the right size bag or roll-up, and never forcing more than one pair into each bag, equipment will lie flat and last longer. Refer to ASTM F1286, standard guide for visual inspection of electrical protective rubber products for additional information.

Glove Care; Before Each Use:

Inspect gloves for holes, rips, tears, ozone cutting, UV checking, and signs of chemical deterioration. Defective or suspected defective equipment shall not be used.

Inflating gloves makes cuts, tears or ozone damage easier to detect. Expand no more than 1.5 times their normal size for Type 1, and 1.25 times normal for Type II SALCOR. Expansion stretches the rubber, making cuts, ozone damage and abrasions easy to detect. Listen for escaping air to detect holes. If a portable inflator is unavailable, roll the cuff tightly to trap air inside, then apply pressure to areas of the glove to listen for escaping air. Repeat procedure with glove turned inside out.

Inspecting Rubber Gloves & Sleeves:


Cracking & Cutting Shown above is the damage caused by prolonged folding or compressing	Chemical Attack This image shows swelling caused by oils and other petroleum compounds


Snags Damage shown here is due to wood and metal splinters and other sharp objects	UV Checking Storing in areas exposed to prolonged sunlight causes UV checking


Avoid Folding Gloves The strain on rubber at a folded point is equal to stretching the glove to twice its length	Avoid Storing Inside Out Gloves should never be stored inside out. Storing gloves reversed strains the rubber severely and causes ozone cutting