Get the protection your hands deserve
Makita tools and accessories have the power and performance for professional applications, with comfort and ergonomics for all-day use – and Makita High Performance Gloves are a natural extension of this engineering legacy. From comfort, fit and dexterity to protection and durability features for harsh job site conditions, each Makita Glove meets the needs of the most demanding professional. Makita High Performance Gloves have the right fit for the job, wherever the job takes you.
t-04117
FitKnitTM material for optimal flexibility and protection
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t-04139
Advanced 10-gauge FitKnitTM material for increased cut protection
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t-04151
High Dexterity for flexibility, easy movement, and better control
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t-04189
Durahide Leather™ technology provides a water resistant yet breathable glove, ready to wear with no break-in time
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t-04210
Durahide Leather technology palm, thumb saddle, and fingertips for a breathable, ready to wear glove with no break in time
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t-04248
Up to 20% more thermoplastic rubber (TPR) for increased impact protection
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t-04276
Up to 20% more thermoplastic rubber (TPR) for increased impact protection
Product DetailsPurpose built from the hand up, Makita set out to develop its range of high-performance hand protection gloves based on clearly defined abrasion, cut, impact, and puncture performance property standards. Operating here in the United States of America, Makita designed and built our range based off the American National Standards Institute/International Safety Equipment Association (ANSI/ISEA) 105-2016 American National Standard for Hand Protection Classification, a voluntary standard from the American National Standards Institute (ANSI), who oversees standards and conformity assessment activities in the United States. When choosing the right glove for your needs, these ratings will allow you to compare performance levels between gloves.
| LEVEL | WEIGHT (GRAMS) NEEDED TO CUT THROUGH MATERIAL WITH 20MM OF BLADE TRAVEL |
|---|---|
| 0 | ≥ 100 |
| 1 | ≥ 100 |
| 2 | ≥ 500 |
| 3 | ≥ 1,500 |
| 4 | ≥ 3,000 |
| 5 | ≥ 10,000 |
| 6 | ≥ 20,000 |
Samples of the palm material is placed on a Tabor machine which spins the sample in a circular motion under weighted abradants that look very similar to grinding wheels. Every full circle made is considered 1 cycle count. The sample spins until a hole is formed and a final cycle count is applied against the table.
Precision Assembly
Electronics Manufacturing
Construction
Airplane Assembly
Bottle / Glass Handling
Light Metal
HVAC
Metal Fabrication
Recycling
Heavy Metal Stamping
Meat Processing
Pulp / Paper
Blade Handling
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Using a Tocodynamometer, AKA TDM Machine, a weighted razor blade is used to cut a 20mm distance across the surface of the glove’s material. The test is repeated 15 times under 3 varied gram weights to form an average. That average or mean is used against the scale shown in the table which assigns a protective cut level based on “distance cut” and “weight used to perform cut”.
ANSI/ISEA 138
ANSI/ISEA 138
ANSI/ISEA 138
≤ 9kN
≤ 6.5kN
≤ 4kN
≤ 11.3kN
≤ 8.1kN
≤ 5kN
Force of a professional baseball/bat impact
Force of a typical hammer strike
Force of a typical boxer’s punch
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The greater the performance level, the greater the impact reduction. (1 kN = 224.8 lbs. of force)
Sample glove pair is cut in half and the back of the hand is placed on an anvil. Using a force gauge that is connected below the anvil, a striker with a force of 5 Joules is dropped on the required back-of-hand locations, knuckles and the fingers and thumb.
On both gloves, knuckles are tested 4 times and the finger and thumbs are tested 5 times. The average of the knuckle tests are compared to the average of the 10 finger tests with the lower performing average of the two yielding the final impact testing score.
| LEVEL | PUNCTURE (NEWTONS) |
|---|---|
| 0 | < 10 |
| 1 | ≥ 10 |
| 2 | ≥ 20 |
| 3 | ≥ 60 |
| 4 | ≥ 100 |
| 5 | ≥ 150 |
Using an Instron machine a sample of the glove’s material is placed between two plates. Using a weighted pen shaped probe is dropped at height until penetration of the sample fabric is achieved. The weight used which ranges between 10 and 150 newtons of resistance is used against the scale in the table to provide a protective puncture rating.
Measure the width of your hand from point A to point B to match your correct size. For a more precise fit, measure the length by the indicated points. If you are between sizes, we recommend sizing down for a snug fit.
WIDTH (in)
LENGTH (in)
2-1/2" to 3 - 3/8"
4-7/8" to 5 - 3/8"
3" to 3 - 3/8"
5-1/8" to 5 - 3/8"
3-3/8" to 3 - 7/8"
5-3/8" to 5 - 3/4"
3-3/8" to 4 - 3/8"
5-3/8" to 6"
3-7/8" to 4 - 3/8"
5-3/4" to 6"
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Measure the width of your hand from point A to point B to match your correct size. For a more precise fit, measure the length by the indicated points. If you are between sizes, we recommend sizing down for a snug fit.
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