✨ Bespoke Industrial PC Your Wise Choice! View product catalog
A lot of customers ask if they can use the touchscreen while wearing gloves.So, Wisemaker tested common gloves on our capacitive touch Panel PC to show how they actually perform, giving a clear idea of which gloves work well.

|
No. |
Glove Name |
Material |
Specification |
Application |
Single Touch |
Multi-Touch |
|
1 |
Disposable
Gloves |
Polyethylene (PE) |
Food Contact |
Food Service, Baking, Dental, Beauty |
OK |
OK |
|
2 |
Medical
Nitrile Examination Gloves |
Nitrile |
Medical grade |
Hospitals, lab, scientific research |
OK |
OK |
|
3 |
Medical
PVC Examination Gloves |
PVC |
Medical grade, Food grade |
Medical surgery
examination, personal protection |
OK |
OK |
|
4 |
Natural
Latex Industrial Gloves |
Latex |
Natural latex, soft
and wear-resistant |
Household chores, cleaning services, industrial cleaning |
OK |
NO |
|
5 |
PU518
gloves |
Polyester + |
Polyester knitted + |
Electronics assembly,
equipment maintenance, agricultural harvesting |
NO |
NO |
|
6 |
Nitrile-coated
dotted touchscreen gloves |
Polyester-acrylic +
nitrile palm coating |
Touch-supportive |
Auto repair, assembly production, robotic operations |
OK |
OK |
|
7 |
Cut-resistant
gloves, Level C |
HPPE fiber |
Cut-resistant,
uncoated |
Slaughterhouses,
supermarkets, metal cutting, glass factories |
NO |
NO |
|
8 |
Anti-static
gloves |
Polyester +
conductive fibers |
Resistance value: |
Electronics industry,
photovoltaics, semiconductors |
OK |
OK |
|
9 |
100%
cotton gloves |
100% cotton |
Medium-thick, white cotton |
Etiquette and
reception, Safety work |
OK |
OK |
|
10 |
Protective
work gloves |
cotton yarn + |
Thickened cotton yarn |
Construction sites, material handling, machinery |
NO |
NO |
|
11 |
Industrial
high-temperature-resistant gloves |
Aramid + |
Heat-resistant up to
500°C, wear-resistant |
Industrial heat
treatment, baking, oven work |
NO |
NO |
The working principle of a capacitive touchscreen is based on the capacitive coupling effect formed between the human body’s electric field and the surface of the screen. When a finger touches the screen, it changes the capacitance between electrodes. The touch controller detects these changes and accurately locates the touch point. When an operator wears gloves, different glove materials affect the capacitance value between the human body and the screen.
From the test video, we can observe the following results:
3.1. Disposable gloves (1): The gloves have
little effect on the capacitance value. Both single-touch and multi-touch
operations are smooth.
3.2. Natural latex industrial gloves (4): During
single-touch operation, the glove has minimal impact on capacitance, so
single-touch remains smooth. However, during multi-touch operation, the glove
significantly affects the capacitance, resulting in random or inaccurate touch
responses.
3.3. High-temperature resistant industrial
gloves (11): These gloves greatly affect the capacitance, completely blocking
the electrical coupling. Therefore, neither single-touch nor multi-touch is
responsive.
3.4. Nitrile-coated touchscreen gloves (6): Made of polyester-acrylic fabric with a nitrile palm coating, these gloves are designed for touchscreen use. Although thick, they provide a conductive bridge between the finger and the screen, allowing both single-touch and multi-touch to operate smoothly.
From these tests, we can see the glove material has big influence on capacitive touch performance.
For users who must wear gloves during work, choosing the right glove type is important.
If you need to use gloves that don't work with capacitive screens, we suggest going with a resistive touchscreen instead.
4.1. Wear gloves that fit properly so that
there is good contact between the hand and the glove, ensuring effective touch
response.
4.2. If you need to wear gloves that do not
support capacitive touchscreens, consider using a resistive touchscreen
solution.