2018 latest wood grain effect heat transfer machine

2018 latest wood grain effect heat transfer machine

2018 latest wood grain effect heat transfer machine

2018 latest wood grain effect heat transfer machine

A wood grain effect heat transfer machine is a specialized piece of equipment used to imprint realistic wood grain patterns onto various surfaces.

36 pieces vacuum nozzles wood grain effect heat transfer machine for aluminum profile

Single-piece vacuuming type

Vacuum nozzles of wood grain effect heat transfer machine

This wood grain effect heat transfer machine is mainly for aluminum profile, which has 36 pieces of vacuum nozzles with the latest technology,

The machine has a vacuuming device at both ends of the charging skips.

The vacuuming is applied during continuous production.

When the aluminum profile is discharged, the blow air pump is used to blow back to take off the wood grain paper. Continuous production, high production efficiency and high output.

The charging skips, made by profile steels, moved into the oven through the track by transmission motor.

When the heat transfer temperature and time are completed, the furnace door will be lifted automatically, the charging skips will move into and out of the oven.

Here’s how the wood grain effect heat transfer process works:

Preparation: The surface is pre-treated with a special coating that acts as a base for the wood grain transfer.

Film application: A wood grain transfer film, with the desired pattern and color, is applied to the prepared surface.

Heat and pressure: The surface with the film is placed inside a heated chamber with a press. The heat and pressure activate the transfer process, fusing the ink from the film onto the underlying coating.

Cooling and removal: Once the transfer is complete, the surface is cooled down and the film is carefully removed, revealing the stunning wood grain effect.

Key features of wood grain effect heat transfer machines:

High-resolution wood grain patterns: The machines utilize advanced printing technology to produce incredibly realistic and detailed wood grain patterns, mimicking the natural variations of real wood.

Diverse color options: A wide range of wood grain colors and finishes are available, catering to various design styles and preferences.

Durable finish: The transferred wood grain is highly resistant to scratches, fading, and UV rays, ensuring long-lasting beauty.

Efficient process: Modern machines offer fast processing times, enabling high-volume production with minimal downtime.

Versatility: These machines can be used on a variety of materials, opening up a wider range of application possibilities.

Advantages of using wood grain effect heat transfer machines:

Cost-effective alternative to real wood: Compared to using solid wood, surfaces with a heat-transferred wood grain finish are significantly cheaper, lighter, and easier to maintain.

Superior dimensional stability: Materials like metal and PVC offer better dimensional stability than wood, making them less prone to warping, cracking, or swelling, especially in moisture-prone environments.

Enhanced fire resistance: Metal and PVC also have superior fire resistance compared to wood, making them a safer choice for certain building applications.

Environmentally friendly: Using alternative materials like metal and PVC can contribute to sustainable practices by reducing deforestation and promoting the use of recyclable materials.

Unlimited design possibilities: The vast array of wood grain patterns and colors allows for creative freedom and unique design elements.

Applications of wood grain effect heat transfer machines:

Building and construction: Architectural cladding, window and door frames, interior panels, and ceilings.

Furniture and cabinetry: Kitchen cabinets, bathroom vanities, office furniture, and decorative elements.

Signage and displays: Retail store fixtures, exhibition booths, and advertising panels.

Transportation: Interior panels and components for buses, trains, and boats.

Consumer goods: Appliances, electronic casings, and sporting equipment.

In conclusion, wood grain effect heat transfer machines offer a versatile and impactful solution for incorporating the beauty of wood into various applications.

Their combination of aesthetic appeal, practical advantages, and sustainability makes them a valuable tool for designers, manufacturers, and anyone seeking to enhance the look and feel of their surroundings.

Vacuum wood grain effect heat transfer machine local project

Technical data of wood grain effect heat transfer machine

Total power about 16kw (for Gas or Oil), For Electricity, about 100KW.

Single piece vacuuming, 36 pieces vacuum nozzles, max 36 pieces aluminum profiles up to profile shape and dimensions

Wood grain paper or wood grain film

Heating transfer temperature: 160℃-200℃

Heating time:10-15 minutes

Max processing size for aluminum profile: L7000mm*W200mm*H200mm

Wood grain effect aluminum profile

Wood grain effect heat transfer production process

Aluminum profile pretreatment→Powder coated→Wood grain paper→Cover bag(manual or automatic)→Vacuumizing→Heating transfer→Cover bag and paper removal→Inspection→Packaging and warehouse→Delivery

Wood grain effect heat transfer machine features

1. Energy saving design, hot air recycling;

2 No color difference for wood grain effect;

3. Safety design;

4. Imported burner;

5. Natural and colorful wood grain effect;

6. With 36 pieces of vacuum nozzles;

7. High efficiency and high output;

8. Galvanized plate for oven inside wall;

9. Painted plate for oven outside wall;

10. Stainless steel heating room

Brightstar Aluminum Machinery offers the total solution for wood grain effect aluminum profile project, not only vacuum wood grain effect heat transfer machine, wood grain film or paper slitter, ultrasonic sealing machine for wood grain film and cover bag, aluminum profile automatic bagging machine, wood grain film, wood grain paper, cover plastic bag, but also the solution with technical support and after-sales service.

I Would Like To Get Project Quotation And Technical Data


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