Skirt board

Skirt board is an industrial sheet made mainly of rubber and processed through specific processes. It is mainly used in the cutting process of various rubber products. It provides a stable and reliable operating platform for cutting rubber strips and is an indispensable tool in the production process of rubber products. The production process usually involves multiple stages such as mixing, molding, and vulcanization to ensure that rubber cutting strips have excellent physical properties and chemical stability.

High wear resistance: Skirt board is made of high-quality rubber material, with a specially treated surface that has excellent wear resistance. In frequent cutting operations, it can effectively resist the friction of cutting tools, greatly extend their service life, reduce replacement frequency, and save costs for enterprises. For example, under continuous high-intensity cutting operations, ordinary boards may experience significant wear in a short period of time, while rubber cutting boards can be used stably for a long time with minimal wear.

Good flexibility: Rubber itself has a certain degree of flexibility, which allows Skirt boards to deform appropriately when subjected to cutting forces from tools, buffering the impact force of the tools. This not only protects the tools and reduces tool wear, but also ensures the smoothness of the cutting process, making the edges of the rubber strips cut more neat and smooth, and improving product quality.

Chemical corrosion resistance: Skirt board exhibits good resistance to various chemical reagents, solvents, etc. that may come into contact with during the cutting process. Whether in acidic or alkaline environments, it is not easily corroded, ensuring stable use under different working conditions and suitable for various complex industrial production scenarios.

Excellent anti slip performance: The Skirt board surface is designed with special textures or processing techniques, providing excellent anti slip performance. During the operation, the rubber raw material is placed on the cutting board and is not easy to slide, ensuring the accuracy and safety of cutting and reducing the risk of operational errors caused by material sliding.

Shock absorption and noise reduction: During the cutting process, Skirt board can absorb the impact vibration between the cutting tool and the board, reducing the generation of noise. This not only improves the working environment and reduces noise pollution, but also avoids the adverse effects of vibration on equipment and operators, and improves work efficiency.

1. Anti slip and shock-absorbing, safer operation

The bottom is equipped with anti slip rubber pads, which can firmly adhere to the workbench, and the Skirt board has no displacement; Skirt board itself has a certain degree of elasticity, which can buffer the impact force of cutting tools, reduce equipment vibration noise (noise reduction of 10-15 decibels), and avoid damage to cutting tools due to rigid collisions, thus extending the service life of cutting tools.

2. Good flatness, no burrs on the cutting edge

Skirt board undergoes high-precision milling processing, with a surface flatness error of ≤ 0.05mm/m, ensuring that the rubber material is uniformly stressed during the cutting process, and the cutting edge is smooth without burrs, without the need for subsequent polishing processes, improving the appearance quality of the finished product and reducing secondary processing costs.

3. Customized sizes to meet special needs

Skirt board sizes can be customized according to the width of the customer's production line (1-3m) and the length of the cutting strip (0.5-10m). It also supports the opening of irregular card slots, positioning holes, and other structures to meet the cutting needs of different products such as seals, conveyor belts, rubber gaskets, etc.

4. Suitable for low temperature environments and stable performance

Some high-end models use low-temperature resistant composite materials, which maintain stable performance in the temperature range of -40 ℃ to 80 ℃, without brittle cracking or deformation problems. They can be applied to special scenarios such as cutting rubber seals in refrigerated warehouses and processing outdoor rubber products, breaking through the environmental limitations of traditional Skirt boards.

5. Lightweight design, saving transportation and installation costs

Compared to metal cutting strips, the weight is reduced by 60%, and it can be transported and installed by a single person without the need for heavy equipment assistance, reducing transportation costs by 40%; Simultaneously reducing the load-bearing pressure on the workbench and extending the overall service life of production equipment.

6. Environmentally friendly and recyclable, in line with the concept of green production

The substrate can be recycled and reused, and there is no environmental pollution after disposal, which meets the requirements of national environmental protection policies and helps enterprises reduce the risk of environmental penalties. At the same time, it establishes a brand image of green production and enhances market competitiveness.

1. Equipment edge protection

Adhesive rubber cutting strips can form a flexible protective layer at the edges of machine tools, automation equipment workbenches, cabinet door corners, etc., to prevent operators from accidental collisions and injuries, while also avoiding deformation of equipment corners due to collisions. For example, on the worktable of a CNC machine tool, using high hardness rubber cutting strips not only does not affect the machining accuracy of the workpiece, but also provides protection; Using soft rubber slats on children's play equipment (such as small mechanical toys) can improve safety during use.

2. Equipment shock absorption and sealing

Skirt boards are installed at the contact points between the bases of some large mechanical equipment (such as generators and compressors) and the ground, using their elasticity to absorb the vibrations generated during equipment operation, reduce noise transmission, and prevent water stains and dust from entering the interior of the equipment. In addition, installing rubber strip boards at the door seams of the equipment cabinet can enhance sealing performance, block external impurities from entering, protect electrical components inside the cabinet, especially in outdoor distribution boxes. Weather resistant rubber strip boards can effectively resist rainwater and ultraviolet erosion, extending the service life of equipment.

3. Material adaptation selection

Corresponding rubber materials need to be matched for different application scenarios: nitrile Skirt board is preferred for oil resistant scenarios (such as mechanical oil pollution environments); Choose silicone rubber or fluororubber materials for high temperature resistant scenarios (such as assembly lines, oven surroundings); Food contact scenarios (such as food packaging equipment) require the use of food grade rubber; Outdoor scenes should pay attention to weather resistance, and EPDM rubber material can be chosen to avoid premature aging and damage caused by unsuitable materials.

4. Installation and maintenance

During installation, it is necessary to ensure that the cutting board and the bonding surface are clean and dry. If used for equipment surface bonding, high-strength double-sided tape or specialized adhesive can be used to avoid detachment; If used in load-bearing or shock-absorbing scenarios, the thickness and laying density of the cutting board should be calculated based on the weight of the equipment to ensure that the load-bearing capacity meets the standard. In daily maintenance, regularly clean the dust and oil stains on the surface of the cutting board to avoid scratching the surface with sharp objects. For severely worn parts, they should be replaced in a timely manner to prevent affecting the use effect.