Perforated Mesh Sheet TSMP-54 with Round Fisheye Hole for Anti-Slip Industrial Flooring

Product name: Perforated Mesh Sheet
Item No.: TSMP-54
Hole shape: Round fisheye hole
Material: Aluminum, GI, low carbon steel, AISI 302, 304, 316, 316L
Thickness: 0.1 mm - 30 mm
Width: 0.1 mm - 3000 mm
OEM: Acceptable
Color: Black, silver, white and customized colors

The Perforated Mesh Sheet TSMP-54 is a multifunctional perforated metal plate designed with round fisheye holes for anti-slip, ventilation, filtration, drainage, protection and decorative applications. It is manufactured by punching metal sheets into a selected hole pattern, then forming raised or embossed hole edges when anti-slip performance is required. Compared with ordinary flat metal sheets, this perforated metal plate provides better air circulation, liquid discharge, grip performance and weight reduction while maintaining the strength and durability of metal.

Perforated metal plate is widely used in pharmaceutical equipment, food and beverage machinery, harvesting machines, dry cleaning machines, sound elimination equipment, refrigeration equipment such as central air conditioning systems, speaker grilles and filtering equipment. In anti-slip applications, the round fisheye hole design creates a raised surface that increases friction and helps reduce slipping risks on platforms, stair treads, walkways, equipment pedals, ramps and maintenance channels.

1. What Is a Perforated Mesh Sheet?

A perforated mesh sheet is a metal sheet with repeated holes punched through the surface. The holes may be round, square, slotted, hexagonal, decorative, embossed, crocodile-lip shaped, cruciform, teardrop shaped or fisheye shaped. The sheet can be produced from different metals according to application requirements, including aluminum, galvanized iron, low carbon steel and stainless steel grades such as AISI 302, 304, 316 and 316L.

The TSMP-54 model focuses on the round fisheye hole. This hole structure is especially suitable for applications where both permeability and anti-slip performance are needed. The opening allows air, water, oil, dust and small particles to pass through, while the raised hole edge or bulged surface improves shoe grip and rolling resistance. This makes the sheet useful not only as a protective or filtering component, but also as a safety flooring material.

2. Round Fisheye Hole Structure

The round fisheye hole is different from an ordinary flat round hole. Through punching and forming equipment, the hole edge is lifted or the plate surface is embossed to create a three-dimensional texture. This texture forms multiple contact points on the surface, increasing friction between the sheet and shoes, tires, tools or equipment wheels.

The fisheye pattern also provides a clean and balanced appearance. Its rounded hole shape reduces sharp visual edges and can be used in industrial, commercial and architectural projects. When the hole pitch and opening rate are properly designed, the sheet can achieve a balance between load capacity, drainage speed, ventilation performance and anti-slip safety.

3. Anti-Slip Perforated Sheet Design

Anti-slip perforated sheet mainly uses metal sheet as the raw material. The surface is processed by punching, embossing or forming equipment so that the hole edges flip upward or the plate surface bulges. This raised structure creates a rougher contact surface and improves grip performance. Common anti-slip hole types include embossed shape, cruciferous type, round type, crocodile lip shape, teardrop type and fisheye type.

For TSMP-54, the round fisheye hole is a practical option because it combines anti-slip traction with drainage and ventilation. In wet workshops, outdoor stairs, marine walkways, food processing areas and oily industrial platforms, water or oil can escape through the holes instead of staying on the walking surface. This helps keep the sheet cleaner and safer during use.

Workplace walking surfaces are an important safety consideration. The U.S. federal walking-working surface requirements in 29 CFR Part 1910 Subpart D cover general industry walking-working surfaces, while OSHA also emphasizes that such surfaces should be maintained free of hazards such as corrosion, leaks, spills, snow and ice. These references support the importance of selecting proper flooring and access materials for industrial environments.

4. Material Options

Aluminum Perforated Mesh Sheet

Aluminum perforated mesh sheet is lightweight, easy to process and suitable for applications where weight reduction is important. It is commonly used in ventilation panels, decorative panels, speaker grilles, machinery guards, air-conditioning components and architectural screens. Aluminum is also known for recyclability and sustainability. The Aluminum Association describes aluminum as a highly recyclable material used across many industries, which makes it attractive for long-term product and building applications.

GI Perforated Sheet

GI, or galvanized iron, offers an economical solution with zinc coating protection. It is suitable for general industrial ventilation, machine guards, filtering supports, agricultural equipment and indoor structural panels. GI perforated sheet provides good cost performance when extreme corrosion resistance is not required.

Low Carbon Steel Perforated Plate

Low carbon steel perforated plate offers strength, formability and affordability. It can be painted, powder coated, galvanized or otherwise surface treated to improve appearance and corrosion resistance. It is suitable for heavy-duty machinery, dry cleaning machines, harvesting machines, equipment guards and industrial frameworks.

AISI 302 and 304 Stainless Steel

AISI 302 and 304 stainless steel are widely used where clean appearance, corrosion resistance and hygienic performance are important. 304 stainless steel perforated plate is commonly selected for food and beverage machinery, pharmaceutical equipment, kitchen machinery, filtration equipment and indoor industrial platforms.

316 and 316L Stainless Steel

316 and 316L stainless steel provide stronger corrosion resistance than general stainless steel grades, especially in humid, coastal, chemical and chloride-containing environments. 316L has lower carbon content and is often selected where welding performance and corrosion resistance after welding are important. Technical stainless steel information and industry resources are available from worldstainless, which provides documentation related to stainless steel properties, production, sustainability and applications.

5. Technical Specification of TSMP-54

6. Main Product Advantages

Strong Anti-Slip Performance

The raised fisheye hole surface improves traction compared with flat metal plates. It is useful for walkways, stair treads, access platforms, ramps, vehicle steps and equipment pedals. The anti-slip structure can help improve stability in environments affected by water, dust, oil or vibration.

Efficient Drainage and Ventilation

The perforated structure allows liquid, dust and air to pass through the sheet. This makes it suitable for drainage flooring, air-conditioning components, drying equipment, ventilation panels and filtering supports. In food and beverage machinery or pharmaceutical equipment, the open area can help reduce liquid accumulation and support cleaning efficiency.

Flexible Material Selection

Different materials meet different engineering needs. Aluminum is light and corrosion resistant. GI is economical and practical. Low carbon steel offers strength and easy forming. 304 stainless steel is hygienic and corrosion resistant. 316 and 316L stainless steel are suitable for more demanding chemical, marine or high-humidity conditions.

Wide Thickness and Width Range

TSMP-54 can be supplied from thin sheets for lightweight ventilation and filtering components to thick plates for structural or anti-slip flooring applications. The thickness range of 0.1 mm to 30 mm and width range of 0.1 mm to 3000 mm allow the product to serve many industries and installation requirements.

OEM and Custom Manufacturing

OEM service is acceptable. Customers can specify material, thickness, width, hole size, hole pitch, open area, sheet length, edge margin, color, surface treatment, forming method and packaging. Custom drawings can be used for stair panels, equipment guards, speaker grilles, filter screens and machine housing parts.

7. Application in Pharmaceutical Equipment

Pharmaceutical equipment requires materials that are clean, stable, corrosion resistant and easy to maintain. Stainless steel perforated mesh sheets are often used for machine guards, drying trays, filtering plates, ventilation covers, separation panels and equipment platforms. The round fisheye hole structure can also be applied to service platforms and maintenance steps where anti-slip performance is needed.

For pharmaceutical applications, 304, 316 and 316L stainless steel are common material choices. Surface treatment such as polishing or pickling passivation can improve cleanliness and corrosion resistance. Smooth edges and controlled hole quality are important for reducing dirt retention and supporting cleaning procedures.

8. Application in Food and Beverage Machinery

Food and beverage machinery often needs perforated sheets for filtration, separation, drainage, drying, washing, screening and conveying. TSMP-54 can be used for washing machine panels, draining trays, conveyor plates, ventilation guards and non-slip working surfaces around production lines. The perforated design helps water and small particles pass through, while stainless steel material supports hygiene and long service life.

In wet food processing areas, anti-slip flooring is especially important. Round fisheye perforated sheets provide better grip than smooth plates, and their holes help remove water from the walking surface. This combination improves both operation efficiency and workplace safety.

9. Application in Harvesting Machines and Agricultural Equipment

Harvesting machines and agricultural equipment operate in dusty, muddy and high-vibration environments. Perforated metal plates can be used as protective covers, separating screens, ventilation parts, step panels and machine guards. Low carbon steel, GI and stainless steel are common options depending on cost, strength and corrosion requirements.

The fisheye anti-slip surface is useful for maintenance steps and operator platforms. It helps provide stable contact when footwear is affected by mud, soil, water or plant residue. Strong metal construction also helps the sheet withstand repeated impact and outdoor service conditions.

10. Application in Dry Cleaning Machines

Dry cleaning machines require durable metal components that can support airflow, drainage and separation. Perforated mesh sheets may be used in drums, guards, vents, supports and filters. The hole size and open area can be customized according to air circulation and structural needs. Stainless steel or treated low carbon steel can be selected according to chemical exposure and durability requirements.

11. Application in Sound Elimination and Speaker Equipment

Perforated metal sheets are commonly used in sound elimination equipment, acoustic panels and speaker grilles. The holes allow sound waves to pass through while protecting internal components. Aluminum and stainless steel perforated sheets are popular because they combine clean appearance, corrosion resistance and easy surface finishing.

For speaker applications, black, silver and white are common colors. Powder coating, painting and anodizing can be used to create a uniform surface appearance. The hole pattern, open area and sheet thickness influence both protection performance and acoustic transparency.

12. Application in Refrigeration and Central Air Conditioning

Refrigeration equipment and central air-conditioning systems need components that support ventilation and heat exchange. Perforated mesh sheets can be used as air inlet panels, protective covers, filter supports, condenser guards and decorative ventilation plates. Aluminum is often selected for lightweight ventilation panels, while stainless steel is used where corrosion resistance or stronger durability is required.

Because the TSMP-54 sheet can be customized in width, thickness and surface color, it can be adapted to different equipment housings, commercial ventilation units and industrial cooling systems.

13. Filtering Equipment and Separation Use

Filtering equipment requires accurate hole size, stable plate thickness and reliable material strength. Perforated metal plate can act as a support layer for filter media or as a direct coarse filter for larger particles. Depending on the filtration environment, customers can choose aluminum, GI, low carbon steel, 304 stainless steel, 316 stainless steel or 316L stainless steel.

Round holes provide smooth flow and easy cleaning. Fisheye holes add surface texture and may be useful where drainage, grip or mechanical contact is also required. For high-corrosion filtration environments, stainless steel grades should be selected carefully according to the chemical medium.

14. Safety Access, Platforms and Machinery Walkways

Perforated anti-slip plates are often used for permanent access systems around machines, including walkways, platforms, stairs and maintenance channels. The ISO 14122 series is an important international reference for permanent means of access to machinery. The official ISO 14122-1:2016 page explains general requirements and guidance for choosing access means when machinery cannot be accessed directly from the ground level or a floor.

When designing a platform or stair tread, the engineer should consider intended load, environment, surface contamination, drainage, corrosion resistance, edge treatment and fixing method. TSMP-54 can be supplied as custom plates for installation by welding, screws, clamps or frames.

15. Surface Treatment and Color Options

TSMP-54 can be supplied in black, silver, white and other customized colors. The appropriate surface treatment depends on material and usage conditions. For aluminum, anodizing, painting and powder coating are common. For low carbon steel, galvanizing, painting and powder coating are widely used. For stainless steel, polishing, brushing and pickling passivation can be selected.

Black surfaces are often used for speaker grilles, machine guards and decorative panels. Silver finishes are suitable for industrial equipment and stainless steel products. White perforated sheets are popular for ventilation panels, architectural ceilings and clean equipment covers.

16. How to Choose the Right Perforated Mesh Sheet

To choose the correct perforated mesh sheet, first identify the application. For anti-slip flooring, select a raised fisheye or embossed hole structure with suitable thickness and load capacity. For filtration, focus on hole diameter, open area and material compatibility. For ventilation, balance airflow and strength. For decoration, consider color, surface finish, flatness and visual pattern.

Second, choose the material. Aluminum is suitable for lightweight and decorative ventilation use. GI and low carbon steel are cost-effective for general industrial projects. 304 stainless steel is suitable for food, beverage and general corrosion-resistant applications. 316 and 316L stainless steel are better for marine, chemical and high-humidity environments. The International Aluminium Institute provides global industry information about aluminum sustainability, recycling and innovation, which can help customers understand aluminum's broader industrial value.

Third, confirm the processing details. Hole size, hole pitch, sheet thickness, open area, sheet width, length, edge margin, flatness and burr control all influence final performance. For OEM projects, drawings or samples can be provided to ensure accurate manufacturing.

17. Quality Control and Packaging

Quality control for perforated metal sheet includes raw material inspection, thickness checking, hole shape inspection, hole pitch measurement, surface treatment review, flatness control, edge trimming and packaging protection. For anti-slip sheets, the height and consistency of the raised fisheye structure should also be checked. Stable embossing height ensures more uniform grip performance and better appearance.

Packaging can include waterproof paper, plastic film, wooden pallets, wooden cases or customized export packaging. Proper packaging helps prevent scratching, bending, moisture damage and contamination during transportation.

18. Why Choose TSMP-54 Perforated Mesh Sheet?

TSMP-54 provides a strong combination of function, customization and industrial adaptability. It can be used as a perforated metal plate, anti-slip perforated sheet, ventilation panel, filtering support, sound equipment grille, refrigeration cover, machine guard and decorative metal sheet. With a wide material range, thickness range and width range, it can meet both lightweight and heavy-duty project requirements.

The round fisheye hole design improves safety and usability in wet, oily and dusty environments. OEM manufacturing allows the sheet to match specific machinery, platform and equipment requirements. Whether the project needs aluminum, GI, low carbon steel, AISI 302, 304, 316 or 316L stainless steel, TSMP-54 can be customized for reliable long-term use.

19. Authoritative Reference Links

• eCFR 29 CFR Part 1910 Subpart D - Walking-Working Surfaces

• ISO 14122-1:2016 - Safety of machinery, permanent means of access

• worldstainless - Stainless steel properties, applications and sustainability

• The Aluminum Association - Aluminum sustainability

• International Aluminium Institute - Global aluminum industry information

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