Full technical specifications
The article
hmhotmelt-laminating
Production
Turkey
Width of the canvas
up to 1330 mm
Lamination width
up to 1315 mm
Weight of the coil
up to 1200 kg
The diameter of the winding
up to 1000 mm
The diameter of the roll
up to 1000 mm
Laminating speed
up to 400 m/min
Materials
BOPP, PP CAST, ALU, LDPE, LLPDE, NAYLON, PETP, OPA, PAPER
Other features
Height
- What ?
The width
- What ?
The length
- What ?
The colour
The white
Construction materials
Metal, plastic and aluminum
Control panels
0 display
Detailed description
When a business needs flexibility in laminating and coating without losing process stability, Coating Lines helps turn the technology into a reliable commercial advantage. The Coating Line increases production capabilities through soluble and aqueous silicone coating. It maintains a bean weight of up to 1200 kg and work with large siliconized paper rollers.
From a technical point of view, the parameters of the bean weight up to 1200 kg, water-based silicone coating, insoluble coating and working with large rollers are at the center of attention. They determine how confident the machine feels in real-world shifts, when the order may require different recipes, different speeds and high stability of the result. The better the equipment adapts to the current task, the easier it is for the production to keep the schedule, minimize losses on transitions and deliver a finished product with the expected surface and adhesive properties.
The model is designed to work with materials such as siliconized paper, paper, rolling technical materials and coatings. This makes it valuable for enterprises that work not with one standard structure, but with a wide range of packaging and technical layers. The wider the allowable range of materials, the easier it is to expand the range, launch new products and take orders that require a different combination of properties: barriers, sliding, adhesive strength, thermal resistance or special functional coating.
In practice, Coating Lines helps to more confidently perform operations such as silicon casting, coating processes, wide-format rolls, and specialized paper products. This is especially important for manufacturing where the same line should have a commercial effect on different types of orders. When the equipment is able to handle both basic tasks, and with specialized recipes, the company gets a more flexible production structure and can better use the loading line within a week without leaving expensive assets stranded between projects.
The strengths of the model are that it works with heavy bobines, process stability, compatibility with different coating technologies and production capacity. In a commercial sense, this means less need to keep several separate machines under similar processes and more opportunities for rational management of the order portfolio. If the equipment gives a stable result and is conveniently scaled under different recipes, the manufacturer gains not only technological but also purely economic benefits: less complex agreements, faster start-up and more transparent cost-effectiveness.
Lamination and coating are often perceived as processes where slight instability in setup quickly becomes a noticeable issue at the output. Therefore, the value of Coating Lines is that it helps keep the process in a controlled mode, ensures a more reliable repeat of the recipe and makes the quality of the finished structure less dependent on random fluctuations during a long production shift.
For the packaging and specialty materials market, this technique is particularly relevant when a business needs versatility without loss of quality. The ability to work with multiple types of tasks on one platform makes the model attractive for companies that are growing, testing new products or serving customers with different technical requirements.
As a result, Coating Lines helps produce more stable and commercially strong structures where heavy bean handling, process stability, compatibility with different coating technologies and production capacity are important. This equipment gives manufacturing more freedom in recipes, better use of line resources and more reliable quality control at each stage of finished product production.
