[Wenly] Taiwan's First 50-Year Anti-Slip Strip Manufacturer | OEM Manufacturing & Installation

In the field of anti-slip engineering, true safety is never superficial; it stems from the perfect integration of substrate, stair tread, and manufacturing processes. To provide procurement and EHS managers with objective criteria for accurately assessing the true durability of anti-slip stair nosings, Wenly comprehensively deciphers the five core materials and design indicators behind our products.

1. Structural Base: High-load capacity aluminum alloy with "high film thickness" anodizing process

Wenly firmly rejects the use of inexpensive recycled or inferior aluminum. The base material is made from the highest strength extruded aluminum alloy in the industry, possessing extremely high compressive toughness, impervious to heavy loads in factories and high foot traffic. More importantly, we focus on the "anodizing film thickness," a critical factor determining the lifespan. We insist on using a very thick anodizing process, providing the aluminum alloy with a robust, invisible anti-corrosion armor. This not only effectively seals out moisture and resists chemical gas corrosion but also thoroughly resolves common issues found in commercially available products, such as poor durability, susceptibility to damage, and oxidation with discoloration.

2. Heavy-Duty Defense: Industrial-grade silicon carbide stair nosing

For heavy industry, chemical plants, or extreme outdoor weather conditions, we select coarse-grained Silicon Carbide (Carborundum) with high hardness. Its extremely hard surface properties can easily break through surface water, oil, and mud, providing pedestrians with "tenacious grip" extreme friction. Combined with Wenly's exclusive high-strength adhesion technology, it ensures uniform grain distribution and wear resistance, offering excellent heavy-load slip resistance.

3. Commercial Choice: High Toughness Shock-Absorbing Rubber Anti-Slip Strip

For public spaces such as hospitals, schools, public transportation, and commercial buildings where noise reduction and comfort are highly valued, Wenly offers premium rubber stair treads that exceed standard specifications. These treads not only meet regulatory anti-slip coefficient requirements but also provide excellent cushioning and shock absorption capabilities, significantly reducing walking noise. The integrated edging aluminum profile design offers comprehensive protection for stair edges against damage from long-term wear or impact, serving as superior armor for stairs. The rubber tread is highly durable, and its design with the exclusive aluminum profile prevents damage to the rubber strip, perfectly suiting the maintenance needs of high-traffic commercial spaces.

4. Product Design: Ergonomics and Seamless Integration

The finest materials require exceptional mechanical design for optimal performance. Wenly anti-slip stair nosings incorporate "Mechanical Smooth Design" and "Ergonomic Design" into their structure. This not only allows for a seamless transition between the anti-slip nosing and the existing staircase or ramp but also effectively eliminates the foreign object sensation caused by protruding edges. The aluminum strip design disperses stress, preventing warping and deformation from prolonged extreme foot traffic, thereby ensuring long-term structural integrity.

5. Overall Material Safety: Flame-retardant, non-toxic SGS certified

We deeply understand the strict safety requirements of B2B enterprises. The entire Wenly product line undergoes rigorous quality control and possesses excellent flame retardant properties. In emergency situations, they are unlikely to become fuel, and the risk of generating toxic smoke is reduced. All safety strength coefficients comply with international SGS or professional third-party inspections, withstanding any objective scientific data tests. This helps you easily pass labor inspections and occupational safety and health audits.

One-stop professional anti-slip installation is the most robust safety line for businesses. Choosing Wenly means choosing a comprehensive safety solution that withstands the test of time and extreme environments.

Project portfolio case studies

Rapid Rescue for Single Driveways: Professional Installation Solutions to End Slipping Crises and "No Closure Required"

Basement driveways and pedestrian ramps are areas with the most complex dynamic loads in buildings. Traditional driveways, often paved with tiles for aesthetics, are prone to instant loss of grip when subjected to the braking shear forces of vehicles weighing several tons, or during the precarious balancing acts of motorcyclists on wet, rainy days. This can lead to skidding, loss of control, and even serious accidents and injuries, posing a significant public safety hazard that concerns many community management committees.

However, when facing driveway anti-slip construction, the biggest pain point for communities is often the "period of traffic darkness." Most buildings in Taiwan have only a single driveway entrance/exit. If a method of complete removal and repaving is used, the driveway must be completely closed for 3 to 7 days, halting all resident vehicle access. In practice, it is extremely difficult to reach a consensus to implement this.

With 50 years of experience in Taiwan, Wenly has identified the shortcomings of traditional construction methods and aims to solve these installation challenges. For the high-intensity usage of driveway ramps, we offer professional driveway anti-slip stair nosing installation services, utilizing a specialized anti-slip stair nosing that combines a "high-rigidity metal base with non-directional Silicon Carbide." Its greatest advantage lies in its mature mobile dispatch capabilities, allowing for segmented, rapid installation without the need to fully close the driveway ramp. This eliminates lengthy material curing times, enabling swift reopening to traffic after professional team installation and securing. This solution not only provides powerful tire grip exceeding regulatory standards but also upgrades dangerous slippery slopes to extremely safe, stable driveway ramps with maximum efficiency, all while "minimizing disruption to residents' daily lives."

Project Portfolio Case Studies

Why shouldn't driveway anti-slip solutions be judged solely on "anti-slip coefficient"?

Driveway ramps have different usage conditions compared to general stairs and pedestrian floors. In addition to surface anti-slip performance, factors such as vehicle braking, acceleration, turning, gradients, rainwater, water accumulation, and long-term tire abrasion and wear must also be considered.

Therefore, when selecting driveway anti-slip materials, one should not solely compare which material is "roughest" or "most slip-resistant." Instead, simultaneous evaluation should include:

Installation Method

Driveway closure time

Material fixing methods

Wear resistance conditions

Existing floor conditions

Partial or full-surface installation requirements

Subsequent cleaning

Maintenance and Repair Methods

Especially for existing driveway ramps, if only specific slope sections, braking areas, or turning areas require improvement, the scope of construction itself is also an important condition for material selection.

I. What are the common materials for driveway anti-slip solutions?

1. Stair nosing coatings / Invisible anti-slip agents / Etching treatments

Invisible anti-slip treatments, etching, and some surface treatment methods are characterized by fast construction and better preservation of the original floor appearance, making them commonly used for existing floor improvements.

However, the actual anti-slip effect and duration of effectiveness are influenced by the substrate, traffic volume, tire wear, cleaning methods, and environmental conditions. Some products also require regular cleaning or maintenance to sustain their anti-slip properties.

Therefore, if applied to areas that are continuously exposed to vehicle traffic, such as driveway ramps and ramps, in addition to initial installation time, also compare:

Methods for maintaining anti-slip effectiveness, subsequent cleaning and maintenance requirements, treatment after wear, whether re-application is necessary, and whether the driveway ramp needs to be re-closed during re-application.

Suitable for: pedestrian areas, large-scale existing floor improvement; driveways and ramps should be evaluated individually based on traffic flow, wear, substrate, and maintenance conditions.

2. Aggregate Type Anti-Slip Material (Epoxy)

By incorporating anti-slip aggregates such as Silicon Carbide (Carborundum), quartz sand, etc., into floor coatings or overlay systems, the surface roughness is increased. The actual effectiveness is related to the aggregate, the application system, the fixing method, and the quality of workmanship.

Suitable for: driveway ramps and areas requiring increased surface roughness.

3. Anti-slip tiles / anti-slip flooring

Utilizing flooring materials with anti-slip surfaces or textures to provide slip resistance, more suitable for new installations or flooring projects that can be redone.

Suitable for: new driveways, regraded ramp flooring, and anti-slip tiles that require professional selection, as choosing incorrectly can lead to greater slipperiness than having no treatment.

4. Self-adhesive anti-slip materials

Can be used on stairs or in localized areas. However, driveways are subjected to forces from tire pressure, braking, and steering. Therefore, if applied to driveways, adhesion, wear resistance, and long-term usage conditions should be separately evaluated.

Suitable for pedestrian areas, stairs, and specific localized improvements; use on driveways requires evaluation based on site conditions.

5. Reinforced Silicon Carbide Anti-Slip Plate for Driveway Ramps

Utilizing Silicon Carbide (Carborundum) to create a coarse anti-slip tread, it can be applied to areas such as stairs, ramps, and driveway ramps according to project requirements.

Unlike full-floor flooring installation, plate-type anti-slip products can be configured for specific areas based on site requirements, thus serving as an alternative engineering option for localized anti-slip improvement on existing driveway ramps.

Suitable for: Existing driveways, ramps, or specific high-risk areas requiring improvement projects to locally increase the anti-slip contact surface.

Two. Driveway ramp anti-slip solutions require more than just comparing installation speed.

Driveway projects often face two demands simultaneously:

The first is to shorten the closure time of the driveway ramp.

Secondly, it reduces the impact of subsequent maintenance and re-construction.

Some surface treatment methods can shorten initial construction time, but actual maintenance duration and subsequent upkeep requirements are influenced by the product, substrate, traffic flow, and environment.

Therefore, when selecting materials for driveway anti-slip solutions, it is recommended not to solely inquire:

"How long will it take to complete the installation?"

Further confirmation should be made:

"How is the effect maintained?"

"How often does it require maintenance?"

What to do after wear and tear?

If only a localized area is slippery, is it necessary to perform work on the entire surface?

For existing driveway ramps, if only specific areas require improvement, the scope of localized construction, fixing methods, subsequent maintenance, and re-construction needs should be evaluated together.

III. How to choose anti-slip materials for driveway ramps?

Before selecting materials, it is recommended to confirm the following six items:

1. New or existing driveway ramp?

New installations can involve comprehensive flooring planning, while existing driveway ramps can be assessed for localized improvements or the addition of anti-slip materials.

2. Driveway ramp slope and travel direction

The steeper the slope, the more it is necessary to consider the force conditions when vehicles ascend or descend, brake, and start.

3. Is it a braking or turning area?

Driveway entrances, exits, curves, and deceleration zones require special evaluation of wear resistance and material fixing methods.

4. Is it prone to rain or standing water?

For outdoor driveways and basement entrances, drainage, dampness, and water accumulation conditions should be considered in product selection.

5. How is the material fixed?

For driveway anti-slip solutions, in addition to the surface material itself, the fixing method is equally important. Methods such as adhesive or mechanical fixing should be evaluated based on the substrate and usage conditions.

6. How to maintain it afterwards?

Consider in advance whether materials can be repaired or replaced locally after wear and tear, to avoid having to redo the entire driveway ramp for every repair.

4. What are the treatment options for localized anti-slip treatment on existing driveways?

Not all areas of an existing driveway ramp require the same anti-slip treatment.

For example: downhill braking areas, driveway entrances/exits, turning areas, specific locations on ramps, areas prone to water flow, areas found to be slippery after actual use

If the problem is concentrated in a specific area, compare:

Two engineering methods: full floor treatment and localized anti-slip improvement.

The advantage of localized improvement is that the construction area can be concentrated in the areas that need treatment. For places where driveways cannot be closed for extended periods, the construction area, construction time, and subsequent maintenance methods can also be included in the overall project evaluation.

V. Which driveways are suitable for reinforced silicon carbide stair nosing for driveway ramps?

Wenly has developed Reinforced Silicon Carbide Anti-slip Plates for Driveways for environments like driveways and ramps. This product features a silicon carbide stair tread integrated with a metal substrate to form a plate structure, offering an alternative method for localized slip resistance on driveways. Compared to full floor system renovations, these plate-type anti-slip products can be installed in specific areas according to project requirements. Mechanical fastening methods will be assessed based on existing substrate and installation conditions.

Therefore, if the existing driveway issues are concentrated in specific slopes, braking zones, or other high-risk locations, you can compare localized fixed anti-slip plates with full floor treatments, surface treatments, and other methods.

Actual product selection and installation location should be based on site evaluation of driveway ramp gradient, base material, drainage, vehicle usage, traffic volume, and installation conditions.

6. How to compare different driveway ramp anti-slip methods?

1. Invisible Anti-Slip / Etched Treatment

Construction characteristics: Usually can be completed more quickly, suitable for existing floor improvements where initial construction time needs to be reduced.

Partial installation: Evaluation can be made based on product and site conditions.

Maintenance: Actual service life will be affected by substrate, traffic volume, wear, cleaning, and environment. Some products require regular maintenance.

Applicable scenarios: Projects where the original flooring appearance needs to be maintained, or existing flooring requires quick improvement.

2. Epoxy / Aggregate Type Anti-Slip Flooring

Construction characteristics: Forms an anti-slip surface by combining aggregates such as Silicon Carbide (Carborundum) and quartz sand with a resin system.

Partial Construction: Can be planned according to the construction system, but usually requires processing based on floor construction conditions.

Maintenance Method: Evaluation required based on material system, degree of wear, and environment of use.

Applicable Scenarios: Large-area driveways, ramps, or flooring projects requiring overall treatment.

3. Anti-slip tiles / Anti-slip flooring

Construction Characteristics: Provides anti-slip effect through flooring materials with anti-slip surfaces or textures.

Partial construction: Usually more suitable for newly established, renovated, or areas that can be re-worked.

Maintenance Method: Assessed based on material, seam, and installation method.

Applicable scenarios: New driveway ramp, ramp flooring re-planning or renovation projects.

4. Self-adhesive anti-slip materials

Construction characteristics: Relatively simple installation, can be used in specific localized areas.

Partial Installation: ○ Suitable for localized improvements.

Maintenance Method: Driveway ramps should be specially assessed for adhesion, tire wear, braking, and steering actions.

Applicable scenarios: Stairs, pedestrian areas, and specific localized areas; driveways require on-site condition assessment.

5. Reinforced Silicon Carbide Anti-Slip Plate for Driveway Ramps

Construction Characteristics: Silicon Carbide (Carborundum) stair nosing combined with a metal substrate forms a plank-type anti-slip component, which can be configured according to project requirements.

Partial installation: ○ Can be planned for specific areas.

Maintenance: Partial repairs or replacements can be evaluated based on actual installation methods and usage conditions.

Application Scenarios: Existing driveways, ramps, and projects requiring localized enhanced anti-slip contact surfaces in specific braking zones, turning zones, or other areas.

Seven. Common questions about driveway ramps

Q1: Does a slippery driveway ramp require a complete resurfacing?

A1: Not necessarily. If the problem is concentrated in specific slope sections, braking areas, or turning areas, you can compare different engineering methods such as treating the entire floor surface versus localized anti-slip improvements.

Q2: If invisible anti-slip application is faster, is it always more suitable for driveway ramps?

A2: Not necessarily. Installation speed is only one of the selection criteria; subsequent maintenance, wear, cleaning, performance retention, and reinstallation needs must also be compared.

Q3: Can existing driveways only have partial anti-slip treatment?

A3: It can be assessed. Whether it is suitable for localized construction depends on the driveway ramp slope, substrate, traffic flow, drainage, and the primary slipping locations.

Q4: What is the difference between silicon carbide stair nosing and an anti-slip flooring system?

A4: The construction logic for both is different. Anti-slip flooring is typically handled as an integrated flooring system, whereas plate-type anti-slip products can be installed in specific locations according to project requirements. Therefore, they are suitable for comparing "full surface treatment" versus "localized improvement" as two engineering approaches.

VIII. Conclusion: Driveway anti-slip solutions should be selected based on "usage conditions"

Driveway ramps do not have a single material applicable to all projects.

New or existing driveway ramps, flat surfaces or slopes, indoor or outdoor areas, as well as braking, turning, and wet environments, will all influence the final selection.

Therefore, in addition to comparing anti-slip performance, you should also consider:

Construction closure time → Usage environment → Wear resistance → Fixing method → Maintenance requirements → Local repair method.

If existing driveway ramps only require improvement in specific areas, localized fixed anti-slip products can also be considered as an alternative engineering option to treating the entire floor surface.

Wenly offers solutions for driveway ramps, vehicular ramps, and various anti-slip products. We can assist in evaluating suitable anti-slip solutions based on site photos, substrate, slope, and installation conditions.

Schools are high-traffic public places with frequent use of stairs, walkways, and ramps by numerous students, teachers, and visitors daily. Therefore, stair slip prevention, tread safety, and overall walking safety are crucial aspects of school building renovations and campus safety improvements. This is especially true during rainy or humid weather, or for outdoor stairs, where tread friction can be compromised. For schools, stair safety protection is not simply about installing a product, but rather requires comprehensive planning that considers the usage environment, stair material, anti-slip material, installation methods, and subsequent maintenance.

1. Which campus areas require anti-slip measures?

In addition to staircases in academic buildings, anti-slip engineering for campuses can also be assessed based on the actual environment: indoor and outdoor staircases, playgrounds and campus steps, activity centers, gymnasium staircases, basements and damp areas, accessible ramps, and public high-traffic areas. Among these, outdoor staircases and accessible ramps particularly need to consider rainwater, drainage, weather resistance, and long-term wear.

2. How to choose anti-slip stair nosing for school stairs?

When choosing stair nosing, don't just consider appearance or price. First, confirm the usage environment of the stairs and the tread material. Common materials include self-adhesive silicon carbide stair nosing, aluminum stair profiles, silicon carbide stair nosing, and rubber anti-slip strips. Different products vary in wear resistance, anti-slip properties, installation methods, and suitable environments. For instance, school stairs with high foot traffic require special attention to wear caused by long-term use; outdoor stairs should consider sun exposure, rain, and environmental changes. For school renovations or public works, dimensions, fixing methods, and subsequent maintenance needs should also be confirmed during the design phase.

3. What should be considered during the installation of anti-slip stair nosing on school stairs?

Before installation, ensure the existing stair tread is level, dry, and free from dust or grease. Select appropriate installation and fixing methods based on the stair material. The installation position of the stair nosing should be consistent to avoid lifting, loosening, or affecting walking. Therefore, anti-slip stair nosing projects for school stairs involve not just product procurement but an overall plan encompassing "site conditions + product specifications + installation method."

4. Public works projects should be planned in advance.

If schools are undergoing campus renovation, environmental improvement, or public works projects, it is recommended to incorporate public works stair nosing, stair anti-slip measures, and accessible ramp anti-slip features into the planning phase. Architects, construction companies, and school engineering departments can conduct a comprehensive assessment based on "usage area, tread material, frequency of use, indoor/outdoor environment, anti-slip material, installation method, and subsequent maintenance" to select the most suitable solution for actual needs.

5. The Core of Campus Stair Safety Protection

A good stair anti-slip solution not only enhances slip resistance but also considers durability, construction quality, environmental conditions, and long-term maintenance.

【Wenly】 offers stair nosing and related anti-slip products. We provide specification assessments for different campus, public works, and usage environments, assisting schools, architects, construction companies, and engineering units in planning suitable campus stair safety solutions.

Q1: Are stair nosings mandatory for school stairways?

The necessity and type of installation should be evaluated based on the building's intended use, site environment, design requirements, and relevant codes. Actual construction projects should be confirmed by the design and construction units according to site conditions.

Q2: Can general anti-slip strips be used for outdoor school stairs?

You cannot judge solely by the product name. Outdoor environments require consideration of factors such as rain, sun exposure, temperature changes, wear, and the installation substrate. Therefore, you should select materials and installation methods suitable for outdoor environments.

Q3: Are silicon carbide stair nosings suitable for school staircases?

Silicon Carbide stair nosing products offer high surface friction characteristics, but their suitability still requires evaluation based on stair material, usage frequency, installation method, and environmental conditions.

Q4: Can stair nosing projects for school campuses be customized?

If your project has special requirements for dimensions, materials, colors, installation methods, or if you have bulk purchase needs, please call us or leave a message for OEM/custom manufacturing solutions.

Completed projects case studies

The Benchmark for Stair and Barrier-Free Space Protection: Professional Solutions for High-Coefficient Anti-Slip and Color-Difference-Free Tactile Indicators

In construction project acceptance and daily use, stairs are often the areas with the highest accident rates. The core issues stem from "insufficient anti-slip coefficient" and "misjudging steps due to visual discrepancies." Concurrently, these are the most common regulatory pain points leading to rejection during accessibility facility inspections for many public buildings and commercial offices.

Many existing staircases, prioritizing aesthetics, utilize smooth tiles or stone. Once the environment becomes humid, their static friction coefficient drops significantly below safety standards. Even more deceptive is the visual illusion created when the stair tread and riser share a single color with no contrast, easily leading to a false sense of depth. Users cannot accurately judge the edge, resulting in severe missteps. To address this, the current "Accessibility Design Code for Buildings.PDF" explicitly and strictly requires (Code 304.3) that the edges of stair treads be treated for slip resistance, with colors that are clearly distinguishable from the tread and are flush. This provides a clear visual warning for the elderly or visually impaired.

With 50 years of deep roots in Taiwan, Wenly understands the complexities of anti-slip challenges. A high-standard stair nosing system is the perfect integration of "physical friction," "regulatory compliance," and "rigorous installation." We provide anti-slip strips for accessible space facilities that comply with regulations, offering you a customized stair nosing installation solution through a standardized anti-slip construction process. We precisely install safe stair nosings that have passed ASTM anti-slip coefficient testing. Our diverse product line ensures excellent grip in all kinds of demanding environments. Furthermore, the distinct contrasting color of the aluminum alloy base design provides precise edge guidance for visual cues. Wenly emphasizes an SOP for high-strength bonding installation, ensuring the firm adhesion of stair nosings to the stair tread not only through adhesives but also by using stainless steel screws. This completely eliminates the risk of detachment while ensuring that the construction unit can smoothly pass accessibility construction and acceptance inspections, building a defense line that balances legality and ultimate safety.

Project portfolio reference