Spearfishing Gloves
ANSI A6 Cut-Resistant Spearfishing Gloves
ANSI A6 cut-resistant spearfishing gloves with an HPPE and steel-wire reinforced liner and sandy nitrile palm coating. Designed for handling fish, rocks and slippery equipment, with textured grip in wet handling conditions, flexible handling and OEM branding options.
Specifications
- Product Code
- P-2697
- Product Type
- Cut-Resistant Spearfishing Gloves
- Cut Resistance
- A6
- Liner Material
- HPPE + Steel Wire
- Palm Coating
- Sandy Nitrile
- Coating Coverage
- Palm and Fingertips
- Cuff Type
- Elastic Knitted Cuff
- Application
- Spearfishing, Fish Handling, Wet Equipment Handling
- Standard Color
- Grey / Black
- Available Sizes
- S-XL
- Logo
- Custom Backhand Logo Available
- Packaging
- Polybag, Header Card, Zipper Bag or Paper Box
- OEM & ODM
- Available
- MOQ
- Based on size, logo and packaging requirements
- Sample Lead Time
- Approximately 3–14 days
ANSI A6 Cut-Resistant Spearfishing Gloves
The P-2697 cut-resistant spearfishing gloves are developed for handling fish, rocks and slippery equipment in demanding wet environments. The gloves combine an HPPE and steel-wire reinforced knitted liner with a sandy nitrile palm coating, providing ANSI A6 cut resistance together with textured grip and flexible hand movement.
Designed for spearfishing brands, diving equipment suppliers and outdoor distributors, this model can be customized with private-label logos, size markings, care labels and retail packaging.
Key Features
- ANSI A6 cut resistance
- HPPE and steel-wire reinforced knitted liner
- Sandy nitrile palm and fingertip coating
- Textured surface for secure grip in wet conditions
- Lightweight and flexible knitted construction
- Elastic cuff for a secure wrist fit
- Custom backhand logo available
- OEM labeling and retail packaging options
HPPE and Steel-Wire Reinforced Liner
The knitted liner combines high-performance polyethylene fiber with steel-wire reinforcement. This construction provides the glove’s cut-resistant structure while maintaining the flexibility needed for gripping spearfishing equipment and handling fish.
Final cut-resistance claims and product markings should follow the approved production specification and applicable test documentation.
Txtured Sandy Nitrile Palm Coating
The palm and fingertips are coated with textured sandy nitrile. The roughened finish helps improve grip when handling wet fish, rocks, spearguns and other slippery equipment.
The coating also provides additional durability in frequently contacted palm and fingertip areas without fully covering the back of the hand.
Developed for Spearfishing and Fish Handling
These gloves can be used for tasks such as:
- Handling fish during spearfishing activities
- Holding spearguns and related equipment
- Handling ropes and other wet accessories
- Handling equipment around rocks and rough underwater environments
- Fish processing and general wet handling
- Fishing and outdoor equipment handling
These are cut-resistant handling gloves rather than traditional neoprene thermal diving gloves. They should not be described as waterproof or insulated.
OEM Logo Customization
A custom logo can be applied to the backhand by silk-screen printing. Logo size, color and position will be reviewed according to the artwork, available printing area and approved glove construction.
Available branding options may include:
- Backhand logo printing
- Custom size markings
- Care and content labels
- Private-label packaging
- Barcode and retail information
For logo assessment, please provide an AI, PDF or other vector artwork file.
Custom Packaging Options
Packaging can be developed according to your retail channel and brand presentation. Available directions include:
- Standard transparent polybag
- Printed header card package
- Reusable zipper bag
- Custom paper box
- Barcode and product information labels
Packaging structure, printing and materials are confirmed according to the required quantity and approved artwork.
Why Work with Zeyun Protex?
Zeyun Protex supports OEM and private-label glove projects from product selection and sampling through specification confirmation, logo application, packaging development, quality follow-up and production preparation.
For spearfishing glove projects, we can help review:
- Required application and identified hazards
- Cut-resistance requirements
- Liner and palm-coating construction
- Size range and fit
- Logo and labeling requirements
- Retail packaging direction
- Applicable testing documentation
Frequently Asked Questions
What materials are used in these spearfishing gloves?
The gloves use an HPPE and steel-wire reinforced knitted liner with a sandy nitrile palm coating. The liner provides the cut-resistant structure, while the textured palm supports grip when handling wet fish and equipment.
What does ANSI A6 cut resistance mean?
ANSI A6 is a cut-resistance classification under the ANSI/ISEA 105 system. The final performance statement and product marking should be based on the approved glove specification and applicable test documentation.
Are these waterproof diving gloves?
No. This model is a cut-resistant handling glove developed for spearfishing-related applications. It is not a waterproof or insulated neoprene diving glove.
Are the gloves puncture-proof?
No glove should be described as puncture-proof without applicable testing. Cut resistance and puncture resistance are different performance properties. Specific fish spines and sharp-point hazards should be evaluated separately.
Can we customize the logo?
Yes. A logo can be printed on the backhand. Logo size, color and position are confirmed according to the artwork and available printing area.
Can we customize the packaging?
Yes. Available packaging directions include polybags, printed header cards, zipper bags and paper boxes. Final options depend on the quantity and packaging specification.
Develop Cut-Resistant Spearfishing Gloves for Your Brand
Share your target market, required sizes, logo artwork, packaging direction and expected order quantity. Our team will review your requirements and recommend a suitable OEM development direction.