Dor Film Extrusion Coating Line Presentation
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Dor Film produces multi-layer extrusion coated and laminated films and laminates for various applications. Their extrusion lamination line can produce tailored films up to 1200mm wide with barriers to oxygen and moisture, specific coefficients of friction, and customized layer structures. Dor Film uses environmentally friendly materials and innovative technologies to produce high-quality products for applications like insulation, food packaging, personal care, medical packaging, and more.
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Dor Film Extrusion Coating Line Product Range Brochure
Dor Film produces custom multi-layer films and laminates using environmentally friendly materials and innovative technology. Their new extrusion coating and lamination line can meet tailored specifications for barrier levels, coefficient of friction, and layer structure for various products and manufacturing processes. Dor Film offers a wide range of coated, laminated, and insulating films for applications like food packaging, medical packaging, and construction insulation. For more information, customers can contact Dor Film's sales department.
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This document discusses different types of packaging used in product distribution. It describes primary, secondary, and tertiary packaging. Primary packaging makes direct contact with the product and includes shrink wrap, vacuum packaging, bubble wrap, and preservation packaging. Secondary packaging protects the primary packaging from damage and includes crates, pallets, and shock mounts. Tertiary packaging is for bulk handling, storage, and shipping and does not include shipping containers. Common packaging materials include plastic, metal, cardboard, glass, and foam.
Semirigid packages
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Dor Film Extrusion Coating Line Product Range Brochure
Dor Film produces custom multi-layer films and laminates using environmentally friendly materials and innovative technology. Their new extrusion coating and lamination line can meet tailored specifications for barrier levels, coefficient of friction, and layer structure for various products and manufacturing processes. Dor Film offers a wide range of coated, laminated, and insulating films for applications like food packaging, medical packaging, and construction insulation. For more information, customers can contact Dor Film's sales department.
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The document discusses the manufacturing of laminates. It defines laminating as joining two or more flexible packaging webs using a bonding agent. There are different types of laminates including matt, gloss, velvet, and metalized film laminates. Laminates are manufactured using processes like blown film extrusion, cast film extrusion, and co-extrusion. Laminates provide mechanical properties like strength and barrier properties to prevent deterioration. They are used for various food and non-food packaging applications.
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Packaging science
Packaging science plays a vital role in modern society by protecting products during distribution, storage, sale, and use. Packaging involves using materials and machinery to develop protective packaging systems that preserve products and provide consumers with information on proper use. Effective packaging can physically protect products, act as a barrier against environmental factors, and help market products through graphic design. Primary packaging makes direct contact with products while secondary and tertiary packaging provide additional layers of protection and information for distribution and storage. Common packaging materials include glass, plastic, metal, paper, and different types of closures.
Pharmaceutical packaging
Pharmaceutical packaging serves several important functions:
1) It identifies and protects pharmaceutical products, facilitating their safe use by consumers.
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3) Packaging is tested to ensure it can withstand impacts and stresses of distribution while maintaining product integrity.
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Temper resistant packaging
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Food packaging technology
Food packaging serves several purposes including protecting food from damage, bacteria, and tampering. It also provides information to consumers. Common food packaging materials include plastic, glass, metal, and paper. Plastic packaging uses various plastic types and manufacturing processes depending on the specific food and packaging needs. Glass and metal containers also have requirements for strength, barrier properties, and compatibility with foods. Packaging aims to preserve foods and extend shelf life while meeting regulations.
Shrink packaging in pharmaceutical (foil, plastic pouches, bottle seals, tape...
Shrink packaging in pharmaceutical (foil, plastic pouches, bottle seals, tape...Akshay Trivedi , Maliba Pharmacy College
pharmaceutical shrink packaging (foil, plastic pouches, bottle seals, tape seals, breakable seals, sealed tubes)
pharmacy
technology
packaging
covers
plastics
Shrink packaging
Shrink packaging indicates the process in which sheets of transparent plastic film are wrapped around a product to form a solid, weather-resistant packaging layer.
Shrink packaging customarily refers to plastic films which have been pre-heated, stretched and cooled prior to use. This causes their initially randomly scattered molecules to align themselves in rigid structures, creating flat sheets of plastic film.
Shrink-wrap
When the shrink packaging films are applied to the product and re-heated, the molecules revert to their previous non-aligned state. This causes the plastic film to shrink and wrap itself tightly around the form and shape of the product (therefore the name ‘shrink-wrap’).
Stretch-wrap
When shrink packaging is simply stretched and wrapped around the product without being re-heated, it is known as ‘stretch-wrap’.
Benefits of shrink-packaging
Shrink packaging offers a versatile, cost-effective packaging solution for several reasons.
First, the materials used (plastic derivatives) are strong yet flexible, and provide effective protection, as well as making the product tamper-proof.
Second, shrink packaging is transparent, making it suitable for retail and wholesale display, and ideal for general marketing purposes due to its clear surface.
Third, shrink packaging is a relatively inexpensive option and ideal for low-cost packaging solutions.
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Presentation-3
TecPack is a Syrian packaging company founded in 1970 that offers innovative and flexible packaging solutions. They produce a wide range of bags, films, sleeves, and labels using state-of-the-art machinery. TecPack prides itself on investing in human resources, machinery, research and development, and quality control to deliver high quality packaging products and services to meet clients' demanding specifications.
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This document summarizes common packaging materials including tin-plated containers, tin-free steel cans, aluminum containers, glass containers, rigid plastic containers, flexible plastic packaging, and paper and cardboard. Tin-plated containers are made of low carbon steel covered with tin on both sides and are lightweight, rigid, strong, and corrosion resistant. They are used for packaging foods like spices, soups, and soft drinks. Tin-free steel cans are electroplated with chrome and used for packaging foods and beverages. Aluminum containers are an alternative to tin-plated cans and are also lightweight and used for packaging beverages and fish. Glass containers are chemically inert and used for packaging foods due to their
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Tamper resistant packaging is important for pharmaceutical products. There are several FDA approved packaging configurations that can help indicate if tampering has occurred, including film wrappers, blister packages, strip packages, bubble packs, shrink seals, foil or plastic pouches, bottle seals, tape seals, and breakable caps. Common tamper resistant packaging methods are film wrappers like end folded, fin seal, and shrink wrappers. Blister packages form a semi-rigid plastic tray that is heat sealed. Strip packages form pockets between two heat sealable films. Bubble packs sandwich the product similarly to blister packs. Shrink packaging uses a heat shrinkable polymer like PVC. Foil and plastic pouches provide a hygienic
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Dor Film Extrusion Coating Line Product Range Brochure
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Packaging science
Packaging science plays a vital role in modern society by protecting products during distribution, storage, sale, and use. Packaging involves using materials and machinery to develop protective packaging systems that preserve products and provide consumers with information on proper use. Effective packaging can physically protect products, act as a barrier against environmental factors, and help market products through graphic design. Primary packaging makes direct contact with products while secondary and tertiary packaging provide additional layers of protection and information for distribution and storage. Common packaging materials include glass, plastic, metal, paper, and different types of closures.
Pharmaceutical packaging
Pharmaceutical packaging serves several important functions:
1) It identifies and protects pharmaceutical products, facilitating their safe use by consumers.
2) Common packaging materials include glass, plastics, rubber, metals, and paper which are chosen based on their ability to protect contents and compatibility with dosage forms.
3) Packaging is tested to ensure it can withstand impacts and stresses of distribution while maintaining product integrity.
Packaging
This document discusses packaging for pharmaceutical products. It defines packaging and outlines the selection criteria and characteristics of packaging materials. The main types of packaging are primary, secondary, and tertiary. Common materials include glass, metals, plastics, rubbers, fibrous materials, and films/foils. Blister packs and strip packs are described as primary packaging forms. The document provides details on specific materials like aluminum and discusses packaging symbols.
Temper resistant packaging
This document provides information on temper resistant packaging for pharmaceutical products. It discusses various types of temper resistant packaging approved by the FDA, including film wrappers, blister packages, strip packages, bubble packs, shrink seals, bands, bottles seals, tape seals, breakable caps, and aerosol containers. Specific packaging types like end folded wrappers, fin seal wrappers, shrink wrappers, blister packages, strip packages, and breakable caps are described in more detail. The significance of temper resistant packaging is to provide extra strong and secure packaging as required by some pharmaceutical regulations.
Food packaging technology
Food packaging serves several purposes including protecting food from damage, bacteria, and tampering. It also provides information to consumers. Common food packaging materials include plastic, glass, metal, and paper. Plastic packaging uses various plastic types and manufacturing processes depending on the specific food and packaging needs. Glass and metal containers also have requirements for strength, barrier properties, and compatibility with foods. Packaging aims to preserve foods and extend shelf life while meeting regulations.
Shrink packaging in pharmaceutical (foil, plastic pouches, bottle seals, tape...
Shrink packaging in pharmaceutical (foil, plastic pouches, bottle seals, tape...Akshay Trivedi , Maliba Pharmacy College
pharmaceutical shrink packaging (foil, plastic pouches, bottle seals, tape seals, breakable seals, sealed tubes)
pharmacy
technology
packaging
covers
plastics
Shrink packaging
Shrink packaging indicates the process in which sheets of transparent plastic film are wrapped around a product to form a solid, weather-resistant packaging layer.
Shrink packaging customarily refers to plastic films which have been pre-heated, stretched and cooled prior to use. This causes their initially randomly scattered molecules to align themselves in rigid structures, creating flat sheets of plastic film.
Shrink-wrap
When the shrink packaging films are applied to the product and re-heated, the molecules revert to their previous non-aligned state. This causes the plastic film to shrink and wrap itself tightly around the form and shape of the product (therefore the name ‘shrink-wrap’).
Stretch-wrap
When shrink packaging is simply stretched and wrapped around the product without being re-heated, it is known as ‘stretch-wrap’.
Benefits of shrink-packaging
Shrink packaging offers a versatile, cost-effective packaging solution for several reasons.
First, the materials used (plastic derivatives) are strong yet flexible, and provide effective protection, as well as making the product tamper-proof.
Second, shrink packaging is transparent, making it suitable for retail and wholesale display, and ideal for general marketing purposes due to its clear surface.
Third, shrink packaging is a relatively inexpensive option and ideal for low-cost packaging solutions.
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Sealants and foam, in addition to flashing, housewrap and other insulating materials, are critical to reinforcing the WRB or Weather Resistive Barrier system.
Every home or building needs to be sealed at its interior and exterior joints in order to prevent air and water infiltration. Siding, exterior trim, door and window frames, skylights, chimneys, garage doors, outdoor faucets and roof junctures should all be sealed.
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Packing and packaging serve several important functions including protecting products from damage, leakage, evaporation and theft. It also provides convenience for customers and attractiveness on shelves. Effective packaging identifies products, projects quality and allows for self-service. There are different levels of packaging for industrial, consumer and reusable/multiple packages. Packaging materials and formats are chosen based on the type and level of product. While packaging benefits customers and sales, it can also cause issues if it is deceptive, inflates contents or poses health hazards. Sustainable solutions include reusable containers and proper waste disposal. Product positioning creates an image in customers' minds by differentiating products, indicating key benefits and articulating brand characteristics to maintain priority.
Ancillary material for packaging
This document discusses various ancillary materials required for packaging. It describes the functions of ancillary materials in providing product-package compatibility, preservation, protection, identification, convenience and consumer protection. The main ancillary materials discussed are adhesives, printing inks, labels, caps and closures, and reinforcement materials like tapes and straps. For each material, the document discusses different types, classifications, raw materials used, and applications in packaging.
Presentation-3
TecPack is a Syrian packaging company founded in 1970 that offers innovative and flexible packaging solutions. They produce a wide range of bags, films, sleeves, and labels using state-of-the-art machinery. TecPack prides itself on investing in human resources, machinery, research and development, and quality control to deliver high quality packaging products and services to meet clients' demanding specifications.
CBSE Business project - Packaging
This document provides an overview of a business project on packaging done by Shahid Husen for class XI. It includes sections on what packaging is, the importance and purposes of packaging, types of packaging like primary and secondary packaging, advantages and disadvantages of packaging, types of packaging materials like paper, plastic and glass. It also discusses labels used on packaging and provides a history of Heinz Ketchup packaging innovations over 135 years, from bottling horseradish to squeezable bottles and plant-based packaging.
Packaging materials advantages and disadvantages
This document summarizes common packaging materials including tin-plated containers, tin-free steel cans, aluminum containers, glass containers, rigid plastic containers, flexible plastic packaging, and paper and cardboard. Tin-plated containers are made of low carbon steel covered with tin on both sides and are lightweight, rigid, strong, and corrosion resistant. They are used for packaging foods like spices, soups, and soft drinks. Tin-free steel cans are electroplated with chrome and used for packaging foods and beverages. Aluminum containers are an alternative to tin-plated cans and are also lightweight and used for packaging beverages and fish. Glass containers are chemically inert and used for packaging foods due to their
Temper resistante. ppt
Tamper resistant packaging is important for pharmaceutical products. There are several FDA approved packaging configurations that can help indicate if tampering has occurred, including film wrappers, blister packages, strip packages, bubble packs, shrink seals, foil or plastic pouches, bottle seals, tape seals, and breakable caps. Common tamper resistant packaging methods are film wrappers like end folded, fin seal, and shrink wrappers. Blister packages form a semi-rigid plastic tray that is heat sealed. Strip packages form pockets between two heat sealable films. Bubble packs sandwich the product similarly to blister packs. Shrink packaging uses a heat shrinkable polymer like PVC. Foil and plastic pouches provide a hygienic
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Packaging serves several important functions for both consumer and industrial products. It presents products in an attractive and eye-catching way, protects products to increase their lifespan, and preserves qualities like color and flavor. Packaging also aims to contain products safely and securely while providing convenience for handling and identification. Well-designed packaging can promote product sales through clear labeling and suitability for international transport, taking into account factors like language, size and container type across markets. The Indian Institute of Packaging works to support effective export packaging through research and standards.
Various materials used for packaging & their withstandability
detailed data collection on various materials for packing and their strength withstandability againts vertical and horizontal loads
Packtech
Packtech refers to packaging textiles used for protection, distribution, labeling, customer convenience, selling, and promoting brands during transportation and storage. This document discusses various types of packtech products including polyolefin woven sacks, flexible intermediate bulk containers (FIBC), leno bags, wrapping fabric, jute sacks, tea bags, and soft luggage products. It also outlines the roles, reasons for use, categories, advantages, and important global market for packtech textiles.
Cushioning material
Cushioning materials are those which are used for protection of your product while transportation or shipment of product.
It is very necessary that the product deliver is proper and safe, for customer satisfaction.
Foams, papers, papers are some for the materials used for proper rolling and product protection.
Packaging design ppt
This document provides an overview of packaging design. It discusses that packaging involves wrapping goods for protection and sale. The roots of modern packaging developed with the industrial revolution to accommodate faster production. There are various types of packaging including consumer and industrial packaging. Primary functions of packaging are presentation, protection, and preservation to facilitate sale and use of products. Design is influenced by many factors and must consider the material, functions, and end user. The document concludes with a case study on McDonald's packaging changes to be more environmentally friendly.
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Lamination is a process that bonds multiple layers of materials together to improve the strength and properties of the composite material. There are various lamination processes that are used depending on the materials. Decorative high-pressure laminates are commonly used for furniture and consist of layers of paper soaked in resins and bonded under heat and pressure to form a durable surface. Laminates undergo various quality tests and standards and are used in applications such as kitchen countertops, walls, and furniture.
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Over the past few decades the evolution of a number of science disciplines and technologies have revolutionized food and processing sector. Most notable among these are biotechnology, information technology etc… and recently nanotechnology which is now constantly growing in the field of food production, processing, packaging, preservation, and development of functional foods. Food packaging is considered as one of the earliest commercial application of nanotechnology in food sector. Around more than 400 Nanopackaging products are available for commercial use. In 2008, nanotechnology demanded over $15 billion in worldwide research and development money (public and private) and employed over 400,000 researchers across the globe (Roco, M. C. et al. 2010). Nanotechnologies are projected to impact at least $3 trillion across the global economy by 2020, and nanotechnology industries worldwide may require at least 6 million workers to support them by the end of the decade (Roco, M. C. et al. 2010). Scientists and industry stakeholders have already identified potential uses of nanotechnology in virtually every segment of the food industry from agriculture (e.g., pesticide, fertilizer or vaccine delivery; animal and plant pathogen detection; and targeted genetic engineering) to food processing (e.g., encapsulation of flavor or odor enhancers; food textural or quality improvement; new gelation or viscosifying agents) to food packaging (e.g., pathogen, gas or abuse sensors; anticounterfeiting devices, UV-protection, and stronger, more impermeable polymer films) to nutrient supplements (e.g., nutraceuticals with higher stability and bioavailability). Undeniably, the most active area of food nanoscience research and development is packaging: the global nano-enabled food and beverage packaging market was 4.13 billion US dollars in 2008 and has been projected to grow to 7.3 billion by 2014, representing an annual growth rate of 11.65% (www.innoresearch.net).This is likely connected to the fact that the public has been shown in some studies to be more willing to embrace nanotechnology in ‘out of food’ applications than those where nanoparticles are directly added to foods.
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Dor Film Extrusion Coating Line Presentation
Dor Film produces customized multi-layer films and laminates for various uses through its extrusion coating and lamination line. The line can produce films with tailored specifications for properties like oxygen and moisture levels as well as coefficient of friction. Dor Film uses environmentally friendly materials and innovative technology. The company's products include films for insulation, food packaging, personal care, medical aids, and lids. Its insulation films provide high barrier properties against moisture and oxygen transfer.
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Dor Film Extrusion Coating Line Presentation
- 2. Dor Film’s extrusion coating and lamination line designed to provide our customers with tailor-made multi-layer films and laminates, for various usages. Dor Film’s extrusion lamination line can meet tailored specifications including oxygen and moisture levels, required coefficient of friction and layer structure. All of Dor Film’s product are made using environmentally friendly materials and most innovative and economical technology available. Dor Film is a fully accredited with the highest quality standards.
- 4. • Annual capacity of 5,000 tons • Up to 1200mm finish product • Maximum master roll OD – 1300 mm (core 6") • Co-ex capability: 3 Extruders, 5 Layers • Corona treatment for each unwinder • Priming station • Capable to process variety resins chemistries
- 5. Films for insulation Films for the food Industry Films for personal car and medical aid Film for Lids Tailor made films Products
- 6. Insulation Main properties: High barrier properties against moisture and oxygen. No solvents - green technology. High reflectance.
- 7. PET /xPE /AL FOIL PET-MET /xPE /AL FOIL High barrier reflective film laminated to an insulating layer it provides thermal insulation for all kinds of roofs, outside walls, ceilings, etc. Insulation: typical structure
- 8. PET /xPE /AL FOIL /xPE High barrier reflective film heat laminated to polyethylene insulating layer it provides thermal insulation in construction, air-conditioning, etc. Insulation: typical structure
- 9. PET /xPE /AL FOIL / EC Multilayer films with high barrier for transportation of parts that are sensitive to humidity and oxygen: Insulation: typical structure
- 10. PET /xPE /AL FOIL Multilayer films with high barrier for protection of communications cables Insulation: typical structure
- 11. Films for the food Industry Paper/PE coated films for different sachets as: sugar, salt ,pepper, etc. Combination of paper with aluminum for butter packaging. BOPET /Aluminum /PE laminates for High barrier applications. BOPET/PE for powder packaging. Lids
- 12. Personal Care and Medical Packaging Film for packaging of Povidone-iodine pads, swabsticks and other aggressive materials. Film for packaging of Alcohol pads, Vaseline based pads, lubricant, Jelly, etc.