Benefits
High Traction
The mineral-coated surface provides high friction to help improve traction on suitable walking surfaces.
Heavy-Duty Surface Performance
The durable abrasive surface is designed to withstand the demands of light to heavy shoe traffic and equipment traffic.
Suitable for Stairs and Walkways
Its low-profile construction makes it suitable for steps, stairways, entrances, ramps and walkways.
Reliable Adhesion
The pressure-sensitive adhesive backing enables relatively straightforward installation on properly prepared surfaces.
Versatile Safety Solution
It can be used across industrial facilities, commercial buildings, equipment access areas and other locations where slip resistance is required.
Technical Specifications
| Property | 3M™ Safety-Walk™ 610 |
|---|---|
| Product Type | Slip-Resistant Tape / Tread |
| Series | 3M™ Safety-Walk™ 600 Series |
| Product Number | 610 |
| Color | Black |
| Surface | Mineral-coated, high-friction surface |
| Backing / Carrier | Poly-coated paper liner/backing system |
| Adhesive | Pressure-sensitive adhesive |
| Traffic | Light to heavy shoe traffic |
| Slip Resistance | High-traction |
| DIN 51130 / ASR A1.5/1,2 | R13, V4 |
| Maximum Application Temperature | 4°C / 40°F |
| Maximum Service Temperature | 79°C / 175°F |
| Certification | NFSI High Traction Certification |
| Standard Formats | Various widths and lengths |
| Custom Converting | Custom shapes and sizes available |
3M’s technical data identifies the black 610 as a General Purpose 600 Series product with a mineral-coated surface. The same technical documentation lists R13 / V4 under DIN 51130 / ASR A1.5/1,2, a maximum application temperature of 4°C (40°F) and maximum service temperature of 79°C (175°F).
3M also states that the 600 Series has NFSI High Traction Certification.
Applications
- Factory floors
- Industrial walkways
- Stairways
- Steps
- Entrance areas
- Ramps
- Ladders
- Corridors
- Platforms
- Loading areas
- Equipment access areas
- Construction machinery
- Lawn equipment
- Snowmobiles
- Scooters
- Vehicles and equipment
- Commercial facility floors
- Wet-area access surfaces
- Bathroom and changing-room floor areas where the substrate and installation conditions are suitable
3M specifically lists flat surfaces, steps, stairways, entrances, ramps, ladders, lawn equipment, snowmobiles, scooters, construction machinery and vehicles among the applications for Safety-Walk 610.
Compatible Materials
3M™ Safety-Walk™ 610 can be considered for properly prepared, sound surfaces including:
- Concrete
- Painted concrete
- Metal
- Steel
- Stainless steel
- Aluminum
- Painted metal
- Wood
- Fiberglass
- Rigid plastics
- Other suitable smooth or moderately textured substrates
For rough or porous surfaces, additional surface preparation or an appropriate primer may be required. 3M lists 3M™ Nitrile Industrial Adhesive 4491 as a primer for rough or porous surfaces before application of adhesive-backed products.
Important: The substrate must be clean, dry and structurally sound. Actual adhesion should be verified on the specific floor coating or substrate before large-scale installation.
Industries
- Manufacturing
- Automotive
- Construction
- Warehousing & Logistics
- Commercial Buildings
- Facility Management
- Transportation
- Marine
- Industrial Equipment
- HVAC & Mechanical Equipment
- Mining & Heavy Industry
- Public Facilities
Why Choose 3M™ Safety-Walk™ 610
3M™ Safety-Walk™ 610 is a strong choice when the application requires a combination of high traction, durable mineral-coated construction and reliable adhesive attachment.
Compared with the softer 3M Safety-Walk 310, the 610 belongs to the General Purpose 600 Series and is designed for substantially more demanding shoe-traffic conditions. The 610 is therefore better suited to industrial floors, stairs, ramps, ladders and equipment-access areas, while 310 is more focused on medium-resilient, comfortable barefoot/light-shoe applications.
For OEM and industrial customers, 3M also indicates that custom shapes and sizes are available, making the product suitable for specific steps, platforms, equipment and floor layouts.
Installation Guide
1. Prepare the surface
Remove dust, dirt, grease, oil, moisture, loose coating and other contaminants.
2. Ensure the surface is dry
Do not apply the tape to a wet surface. The official technical data lists 4°C (40°F) as the maximum application-temperature threshold for this product family, so installation conditions should be checked before application.
3. Measure and cut
Cut the Safety-Walk 610 to the required length or shape. For stairs, position the strip consistently across the walking edge.
4. Position carefully
Place the tape on the prepared surface. Avoid unnecessary repositioning after initial contact.
5. Apply firm pressure
Use a suitable roller to firmly press the material onto the substrate. 3M recommends its Safety-Walk Rubber Hand Roller for helping achieve a firm bond.
6. Check the edges
Make sure all edges are firmly bonded and free from lifting.
7. Protect exposed edges when necessary
For applications exposed to excessive moisture or liquids, 3M offers Safety-Walk Edging Compound to help protect exposed edges.
8. Allow sufficient bonding time
Avoid aggressive traffic or cleaning immediately after installation and follow the applicable 3M installation instructions.
Storage
- Store in the original packaging.
- Keep in a clean and dry environment.
- Avoid direct sunlight.
- Protect from excessive moisture.
- Keep away from oil, grease and chemical contamination.
- Avoid extreme temperature conditions.
- Do not damage or deform the abrasive surface before installation.
- Follow the latest applicable 3M technical documentation for shelf-life and storage requirements.
FAQ
Q1: What is 3M 610 used for?
3M 610 is a general-purpose high-friction anti-slip tape for light to heavy shoe traffic. Common applications include floors, steps, stairways, entrances, ramps and ladders.
Q2: Is 3M 610 suitable for stairs?
Yes. 3M specifically lists steps and stairways as applications for the 610 product.
Q3: Is 3M 610 suitable for wet floors?
It can be used in suitable wet-area applications, but the substrate, drainage, contamination, installation and maintenance conditions must be evaluated. The technical data reports high-friction performance under dry, water and oil test conditions.
Q4: Is 3M 610 waterproof?
It is better described as a slip-resistant material that can be used in suitable moisture-exposed applications rather than simply calling the tape “waterproof.” For continuously wet environments, edge sealing and correct installation are important.
Q5: What is the difference between 3M 610 and 3M 710?
Both are high-friction Safety-Walk products. 610 is the General Purpose 600 Series, while 710 belongs to the Coarse 700 Series. The 710 has a more aggressive coarse surface, while 610 is positioned as the general-purpose option.
Q6: What is the difference between 3M 610 and 3M 310?
610 uses a mineral-coated high-friction surface and is designed for light to heavy shoe traffic. 310 is a medium-resilient, soft-textured product intended particularly for barefoot and light shoe traffic.
Q7: Can 3M 610 be used outdoors?
It can be used for suitable outdoor applications, and 3M lists applications involving vehicles, lawn equipment, snowmobiles and other equipment. Actual outdoor suitability should be evaluated based on UV, moisture, temperature, substrate and traffic conditions.
Q8: Can 3M 610 be die-cut?
Yes. 3M states that custom shapes and sizes are available, making it suitable for custom steps, equipment and industrial applications.
Q9: Is 3M 610 suitable for heavy industrial use?
It is designed for light to heavy shoe-traffic areas and has a highly durable mineral-coated surface. For extremely abrasive environments or specialized heavy-duty applications, the 700 Series may be worth evaluating.
Downloads
Available upon request:
- 3M 610 Anti Slip Tape Technical Data Sheet (TDS)
- Safety Data Sheet (SDS)
- Adhesive Tape Selection Guide
- Product Brochure
- Die-Cutting Capability Guide
Please contact our sales team if you require the latest technical documentation.
