Laminating Machine

The high-frequency ultrasonic vibrations used by the ultrasonic non-woven laminating machine are forced into the nonwoven materials. The contact points between the two pieces, which are commonly made of cloth, cloth and chemical fiber, plastic film, and plastic film, as well as other materials like cotton, nonwoven fabric, sponge, etc., melt and bind as a result of these vibrations, forming a solid junction. This ultrasonic lamination machine may be made to order with a variety of designs that are adapted to the desires of the customer, and the laminating size can be altered in accordance with the size of the material roll.

This slitter machine uses surface contacting and winding in addition to center winding. It has an invariable tension magnetic powder brake and clutch as well as a photoelectric automated deviation rectification device. The main engine uses frequency control, and the air cylinder manages the cot's movement. Additionally, it contains an automated stopping device and a meter that calculates measurements automatically.

This highly automated device has sophisticated construction, intuitive operation, little power consumption, and great productivity. To achieve consistent compounding, it uses twin extrusion-dies with compounded double-rollers. All of its completed products are high intensity and perform well in terms of look and application. This machine has an auto-correcting mechanism for automatically transmitting and guiding produced material. It is simple to use and has adjustable speed.

The non-woven fabric bag-making machine can process a variety of non-woven fabric bags with diverse specifications and shapes, including vest bags, purses, leather bags, and so on. Non-woven fabric fruit bags, plastic turnover basket bags, apple bags, and grape bags are just a few of the industrial bags that have recently been added to the market. The machine combines mechanical and electronic components and uses a touch screen for operation.

This extrusion laminating machine processes by melting the plastic to extrude from the T-die mould and then laminating with the base material. This type of machine has been widely utilised for the lamination of substrates such as paper, non-woven fabric, woven fabric, aluminium foil, BOPP film, etc. The final product is renowned for its excellent fastness, thickness homogeneity, and strong sealing ability.

Our advancement is reliant on the best machinery, top-notch personnel, and consistently developed technological forces for nonwoven fabric manufacturing. Under the condition of efficiency and efficiency improvement, we want to foster harmony among our employees and business growth. We should operate ethically and contribute to the creation of a civil society and the raising of people's standards of living.

There are several designs, hues, and patterns of laminated nonwoven fabric to choose from. It features a high level of fluid protection and is waterproof. Designing isolation gowns, surgical gowns, drapes & covers, scrub suits, food grain packaging, shopping bags, etc. uses laminated fabrics. creating the best result by combining non-woven with various types of specialty film & other additives.

The main objective of businesses that produce nonwoven laminates is to increase production speed while maintaining the caliber of the finished product and the reels that hold it. This calls for a machine that will let you manage the web tension and speed during the entire operation.

to reduce film threading time and reduce web path waste. To achieve consistent high-quality coating gauge and reliable performance, the machine uses top brands. To obtain well-mixed resin, the screw and barrel have undergone stringent design and treatment. All un/rewinders have continuous turret auto splicing, and the entire machine is automated and under PLC control. The machine is extremely easy to use and straightforward to operate. An automatic air gap adjustment unit and an automatic water temperature control device were added to the high-speed Extrusion Film Non Woven Laminating Machine.

Energy economy, rapid output, and high precision are definitely necessary qualities for a successful nonwoven lamination machine. The dedicated quality and tension controls, two essential components when it comes to the lamination of delicate material to assure the excellent quality of the finished product, are what really set the best machine apart. It's also crucial to keep in mind that the nonwoven lamination machine is a component of a bigger system that also includes machines used for other purposes, and that it must cooperate with these other machines to make sure that the entire system's operation, from start to finish, runs smoothly.

Over the past few decades, the usage of nonwoven laminates has expanded to a variety of industries, including agricultural, clothes (interlinings, fillers, etc.), home, transportation, and the environment. The following industries employ nonwoven laminates the most out of all the ones that they have, despite there being many more.

This laminating machine features two sets of heating systems, and the user can choose between using one set or both sets to save money and energy. It uses a high-temperature mesh belt with an automatic correction function to press the compound into the first layer of the composite coating, which comes out tidy, smooth, with no deviations, etc. strengthening the adhesive fastness, enhancing the drying effect, and making the laminated product soft and washable.