AQL 1.5
Meets medical standards for pinholes.
PRO.TECT Max 9N
Extra Strong Formulation
Sold as a case of 10 boxes (100 gloves per box)
Code: P-GA014X
Product information
- AQL 1.5: Meets medical standards for pinholes.
- Extra Strong Formulation: Engineered with an extra strong formulation, these gloves offer unparalleled durability, making them ideal for the toughest of industrial jobs.
- Free from Silicone: PRO.TECT Max 9N gloves ensure no finger marks on metal or glass surfaces, maintaining pristine finishes.
- Beaded Cuff: The beaded cuff design ensures a secure fit and prevents the gloves from slipping off.
- Textured Fingertips: PRO.TECT Max 9N gloves offer improved grip in wet or oily conditions, providing enhanced safety and control.
- Touchscreen Compatible: Users can operate mobile devices and tablets without the need to remove their gloves.
Benefits
Meets Medical Standards for Pinholes: PRO.TECT Max 9N gloves adhere to medical standards for pinholes, offering reliable barrier protection against contaminants and pathogens.
Durable for the Toughest of Industrial Jobs: Engineered for resilience, these gloves are designed to withstand the rigors of the toughest industrial applications, ensuring maximum protection for workers.
No Finger Marks on Metal or Glass: Silicone-free design ensures no finger marks on metal or glass surfaces, maintaining pristine finishes and reducing the need for additional cleaning.
Extra Strong with Liquid Rollback Prevention: With an extra strong formulation, PRO.TECT Max 9N gloves provide superior durability and help prevent liquid rollback, enhancing protection in hazardous environments.
Improved Grip in Wet or Oily Conditions: Featuring textured fingertips, these gloves offer enhanced grip even in wet or oily conditions, improving safety and control.
Use with Mobiles/Tablets Without Removing Gloves: With touchscreen compatibility, users can seamlessly operate mobile devices and tablets without the need to remove their gloves, boosting productivity and efficiency.
Applications
Our PRO.TECT Max 9N gloves are ideal for use in the following sectors:
- Automotive maintenance and repair.
- Electronics.
- Glass
In summary, PRO.TECT Max 9N gloves offer unparalleled durability, superior grip, and touchscreen compatibility, making them the ultimate choice for demanding industrial environments.
Unigloves PRO.TECT heavy and heavy-duty gloves; the UK’s leading automotive glove range.
Colour
Blue
AQL (Freedom from Holes)
1.5
Palm Thickness (mm)
0.09
Finger Thickness (mm)
0.13
External Surface
Fingertip textured
Design
Ambidextrous
Cuff Type
Beaded
Sterile
No
Latex-Free
Yes
Powder-Free
Yes
Accelerator-Free
No
Silicone-Free
Yes
Phthalate-Free
Yes
Tested for Use with Chemotherapy Drugs
No
Anti-static
No
Touchscreen compatible
Yes
Gauge
Liner Material
Coating Type
Nitrile (Flat)
Coating Coverage
Fully Dipped
Food Approved
Yes
NitreGrip®
No
NitreGuard®
No
Sanitized Treated
No
Hydrophobic
No
Reinforced
No
Impact Protection
Extra Strong Formulation
Engineered with an extra strong formulation, these gloves offer unparalleled durability, making them ideal for the toughest of industrial jobs.
Free from Silicone
PRO.TECT Max 9N gloves ensure no finger marks on metal or glass surfaces, maintaining pristine finishes.
Beaded Cuff
The beaded cuff design ensures a secure fit and prevents the gloves from slipping off.
Textured Fingertips
PRO.TECT Max 9N gloves offer improved grip in wet or oily conditions, providing enhanced safety and control.
Touchscreen Compatible
Users can operate mobile devices and tablets without the need to remove their gloves.
Compliant with: Personal Protective Equipment Regulation (EU) 2016/425
EN374-4 Degradation levels indicate the change in puncture resistance of the gloves after exposure to the challenge chemical.
This information does not reflect the actual duration of protection in the workplace and the differentiation between mixtures and pure chemicals. The chemical resistance has been assessed under laboratory conditions from samples taken from the palm only and relates only to the chemical tested. It can be different if the chemical is used in a mixture.
It is recommended to check that the gloves are suitable for the intended use because the conditions at the workplace may be different from the type test depending on temperature, abrasion and degradation. When used, protection gloves may provide less resistance to the dangerous chemical due to changes in physical properties. Movement, snagging, rubbing, degradation caused by the chemical contact etc. may reduce the actual use time significantly. For corrosive chemicals, degradation can be the most important factor to consider in selection of chemical resistant gloves.
Before usage, inspect the gloves for any defect or imperfections.
EN ISO 374-5:2016
The penetration resistance has been assessed under laboratory conditions and relates only to the tested specimen.
PPE certification (2016/425 Module B & Module C2) performed by:
Class I Medical Device
Other information
Contains accelerators which may cause allergic reactions.
 |
EN ISO 374-1:2016+A1:2018 | EN374-4: 2019 (%) |
| Sodium hydroxide 40% (K) | 6 | -78.9 |
| n-heptane (J) | 2 | 51.3 |
| Formaldehyde 37% (T) | 4 | 21.9 |
EN374-4 Degradation levels indicate the change in puncture resistance of the gloves after exposure to the challenge chemical.
| Level | 1 | 2 | 3 | 4 | 5 | 6 |
| Time | >10 | >30 | >60 | >120 | >240 | >480 |
This information does not reflect the actual duration of protection in the workplace and the differentiation between mixtures and pure chemicals. The chemical resistance has been assessed under laboratory conditions from samples taken from the palm only and relates only to the chemical tested. It can be different if the chemical is used in a mixture.
It is recommended to check that the gloves are suitable for the intended use because the conditions at the workplace may be different from the type test depending on temperature, abrasion and degradation. When used, protection gloves may provide less resistance to the dangerous chemical due to changes in physical properties. Movement, snagging, rubbing, degradation caused by the chemical contact etc. may reduce the actual use time significantly. For corrosive chemicals, degradation can be the most important factor to consider in selection of chemical resistant gloves.
Before usage, inspect the gloves for any defect or imperfections.
EN ISO 374-5:2016
| ✓ | ✓ | ✓ |
| Bacteria | Fungi | Virus |
The penetration resistance has been assessed under laboratory conditions and relates only to the tested specimen.
PPE certification (2016/425 Module B & Module C2) performed by:
CE: SATRA Technology Europe, Bracetown Business Park, Clonee, D15 YN2P, IRL (Notified Body number 2777)
UKCA: SATRA Technology Centre Ltd, Wyndham Way, Telford Way, Kettering, Northamptonshire, NN16 8SD (Approved Body number: 0321)
Compliant with: Medical Devices Regulation (EU) 2017/745Class I Medical Device
Other information
Contains accelerators which may cause allergic reactions.
 |
Food safe |
 |
Single use only |
 |
Non-sterile |
 |
Does not contain latex |
 |
Store between 5 and 40 degrees Celsius |
 |
Store in dry conditions |
 |
Store away from direct sunlight and heat |
 |
Packaging is recyclable |
| Size (Alpha) | Size (Numeric) | Code |
|---|---|---|
| M | 8 | GA0143 |
| XL | 10 | GA0145 |
| S | 7 | GA0142 |
| L | 9 | GA0144 |
For more information please see the Warehouse Data Sheet.