Film - Import export

Thickness range 19-42 µm Film made of Cellulosehydrat, made of renewable resources Pre-Treatment (Surface): sealable, different finishes e.g.: Cellophan® Application: Food Industry, Release, Pharmaceutical Industry & Healthcare, Packing

Thickness range: 15-75 µm Made of renewable resources, biodegradable, compostable Pre-treatment (surface): with / without sealing layers e.g.: EarthFirst®, Nativia®, NatureFlex™ Application: Food Industry, Release, Graphic Arts Industry, Label, Packing

Thickness range: 12,5-125 µm high-temperature resistant Polyimide film partially high-temperature conductive Application: Automotive, Electrical Industry, Engineering Use e.g.: Kapton®, Upilex®

Thickness range: 1,4-500 µm Biaxially oriented film made of Polyethylenterephthalate Optics: glassclear, transparent, milky, white, matt, glossy, opaque, coloured, metallisation on request e.g.: Hostaphan®, Lumirror®, Melinex®, Mylar® Application: Automotive, Electrical Industry, Graphic Arts Industry, Rubber Industry, Card, Furniture Industry, Pharmaceutical Industry & Healthcare, Engineering Use, Label, Lamination, Packing

Thickness range: 16-250 µm (lower thicknesses on request) High temperature resistant, biaxially oriented film made of Polyethylennaphtalate Partially heat-stabilized and / or planarized e.g.: Teonex® Application: Automotive, Electrical Industry, Graphic Arts Industry, Card, Engineering Use

Grammage: 42,5 g/m2 - 120 g/m2 High density Polyethylene Spunbond. tearproof, nailable, dimensionally stable, sewable, water- and weather resistant, printable, punchable, perforable Pre-treatment (surface): different pre-treatments, partially with antistatic properties e.g..: Tyvek® Application: Carrier Bags Application: Food Industry, Graphic Arts Industry, Label, Textile & Household Industry

Thickness range: 50-800 µm plasticizer-free, calendered film made of Polyvinylchloride Pre-treatment (surface): different roughnesses Application: Food Industry, Graphic Arts Industry, Card, Pharmaceutical Industry & Healthcare, Engineering Use, Packing

Thickness range: 25-120 µm Biaxially oriented PS-film e.g.: Polyflex® Application: Office Equipment, Interleaver Application: Food Industry, Graphic Arts Industry, Label, Packing

Description / Characteristics: Thickness range: 15-50 µm non oriented film made of Polypropylen Pre-treatment (surface): one or two sides Corona pre-treated Application: Graphic Arts Industry, Engineering Use, Lamination, Packing

Thickness range: 25-300 µm monoaxial oriented PP

Thickness range: 12-75 µm Biaxially oriented PP Optics: transparent, opaque, white, matt, glossy, metallisation on request e.g.: TI-Films, Treofan, Propafilm® Application: Food Industry, Electrical Industry, Release, Graphic Arts Industry, Pharmaceutical Industry & Healthcare, Engineering Use, Lamination, Packing

Thickness range: 15-150 µm Monoaxially oriented Polyamid film, thermostable e.g.: Dartek® Application: Rubber Industry, Lamination

Solvent cast film based on Acetyl-Cellulose Di-Acetate Thickness range: 30-360 µm Up to 115 µm biodegradable, compostable, certified Suitable for food contact up to 250 µm Increased water vapor permeability compared to Tri-Acetate film Special UV resistance possible Tri-Acetate Thickness range: 50-250 µm Higher temperature resistance compared to Di-Acetate film Application: Food Industry, Electrical Industry, Graphic Arts Industry, Engineering Use, Label, Lamination, Packing

Thickness range: 150-800 µm non oriented film made of Polyethylenterephthalate Pre-treatment (surface): Pre-treatments and other additional characteristics possible on request PET-A, PET-G, PET-GAG Application Office Equipment Graphic Arts Industry, Card, Pharmaceutical Industry & Healthcare, Engineering Use, Lamination, Packing

Thickness range: 100-500 µm calendered film made of Polyvinylchlorid Application Office Equipment Automotive, Pharmaceutical Industry & Healthcare, Engineering Use, Textile & Household Industry, Packing

The vertical thin film dryer consists of a cylindrical, vertically arranged body with heating jacket and a rotor inside. The rotor is equipped with rows of pendulum blades all over the length of the dryer. The hinged blades spread the wet feed product in a thin product layer over the heated wall and mix the product layer material intensively. Therefore the volatile components evaporate continuously from the product layer with high evaporation rates. The hinged blades are designed with a minimum gap to prevent fouling of the heating surface by product, but are never in contact with the heated wall. The product enters the dryer at its top. The evaporation starts after heating to the boiling point. In the slurry zone first solids are formed and with advancing evaporation of the volatiles and continued shearing by the hinged blades the paste breaks up to powder. The final solid product is discharged by gravity at the bottom of the dryer via a suitable air lock.

The SMS thin film evaporator type HYVAP serves the increasing demand of the pharmaceutical industry for continuous concentration of heat sensitive, viscous and fouling products. Hygienic design for the pharmaceutical industry The HYVAP is a horizontal thin film evaporator that allows easy access and inspection of the interior and controlled and reliable CIP cleaning. The technology of the HYVAP combines the proven advantages of our conventional horizontal thin film evaporators DKH with the following new features: • Cantilever rotor design • Comfortable rotor extraction • No bearing in product space • Mechanical seal in hygienic design • Electro-polished surfaces • Sight glasses for inspection during operation The new HYVAP DZH offers the hygienic design that meets current GMP requirements. The evaporator sizes range from 0.1 m2 for laboratory to 2.0 m2 for industrial applications. LP steam as well as hot water can be applied as heating media.

The wet product fed through the inlet nozzle is picked up by the rotor blades, applied on the hot wall and simultaneously conveyed towards the outlet nozzle at the opposite end of the body. The generated vapours are streaming counter-currently to the product flow and are leaving the dryer close to the feed nozzle. Evaporating and conveying capacity are adapted by the right rotor blade arrangement. Entrained particles from the dry zone are removed in the wet zone. Moisture levels of less than 1 % can be achieved. The residence time of the product is typically between 5 and 15 minutes. The outstanding heat transfer rate for hot solid products enables cooling of large amounts of solids in a compact machine compared to usually used cooling screws and without cooling air.In product melting like the melting of urea, the particles are heated up and molten inside the dryer. The melt can be mixed with other liquid and solid additives to improve the properties of the final products.

SMS offers sludge drying systems with horizontal thin film dryers for treatment of sludge from municipal as well as from industrial waste water treatment plants. Variations of this sludge treatment process are: Pre-drying up to 35 to 50 % dry solid content before incineration in fluidized bed incinerators 65 to 75 % dry solid content before combined incineration with garbage, composting or landfill Full drying up to 85 to 95 % before thermal utilization as bio-fuel for cement kilns, coal fired power stations, pyrolysis, gasification or other conversion processes before composting and agricultural usage as fertilizer and for soil reclamation In all these drying processes the thin film dryer is the first choice.

For the thermal separation of a mixture a thin film is produced at the heated wall of a cylindrical or conical evaporator. A distribution ring on the rotor distributes the liquid evenly across the periphery. Then, the blades fitted at the rotor spread the liquid as a thin film of min. 0.5 mm over the heat transfer surface. The model concept for the flow in the thin film evaporator assumes that prior to each rotor blade a bow wave is formed. In the gap between the rotor blade and the heating surface, fluid is supplied from the bow wave of a highly turbulent area with intense heat and mass transport. This results in a good heat transfer performance even with viscous products. In addition, the formation of deposits is avoided and the intensive mixing also protects temperature-sensitive products from overheating.

The falling film principle requires an even distribution of the feed liquid. To achieve this distrubution one or more distribution trays are located in the top head of the evaporator over the complete tube sheet. Our proven distribution system makes sure that the inner surface of each individual tube is properly wetted. The liquid film moves down the tubes by gravity force. Heat applied through the tube wall effects boiling-off the light fraction from the film. The picture shows a co-current operating evaporator with vapour and liquid leaving the bottom of the evaporator into the separator vessel.

Production Process of laminated printed film roll A: Artwork confirmation B: Printing cylinders making C: Prepare raw material accordingly D: Printing E: Lamination F: Slitting or folding G: Bag making/cutting H: Final inspection J: Delivery Other information of laminated printed film roll A: We are specialized in making all kinds of packaging materials, such as food bags, coffee bags, zipper bags, ziplock bags, stand up pouches, black bottom bags, aluminium foil bags, pet food bags, tobacco bags, fruit packaging bags, vegetable packaging bags, paper bags, tin boxes, hole puncher for plastic bags. B: We do printing according to your design artwork, just send us layered design in AI or PDF or PSD format. C: The MOQ is 10,000 pcs, the more the cheaper D: Similar samples are available Disclaimer: All trademarks and pictures shown here are as example of our production capability, they are not for sale, and they are the property of their owners.