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FILM - メーカー・企業691社の業務用製品ランキング | イプロスものづくり

更新日： 集計期間:Jun 03, 2026～Jun 30, 2026
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FILMのメーカー・企業ランキング

更新日： 集計期間:Jun 03, 2026～Jun 30, 2026
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  1. トップ・フーズ 茨城県久慈郡大子町、茨城県常陸太田市 Tokyo//Printing Industry
  2. アドバンテック マテリアル事業部 Kanagawa//Materials
  3. 弘伸 Kyoto//fiber
  4. 4 タクミ Saitama//Building materials, supplies and fixtures
  5. 5 三橋製作所 Kyoto//Industrial Machinery
企業ランキングへ

FILMの製品ランキング

更新日： 集計期間:Jun 03, 2026～Jun 30, 2026
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  1. Domestic konjac used | Transparent edible film "Vegetable Art Film" トップ・フーズ 茨城県久慈郡大子町、茨城県常陸太田市
  2. Transparent heat-insulating film "NS70LE" タクミ
  3. Wrinkle Removal Roll "FE Series" "MRV Series" 三橋製作所
  4. 4 Water-soluble film "Aqulia" <Adhesive yet non-sticky> 弘伸
  5. 5 Heat-shielding cooling film "COOL-EARTH" アドバンテック マテリアル事業部

FILMの製品一覧

2221～2250 件を表示 ／ 全 2742 件

表示件数
Pressure measurement film "Presscale"

Pressure measurement film "Presscale"

Visualizing and quantifying invisible pressure. A solution that contributes to the quantification of pressure.

The pressure measurement film "Presscale" visualizes invisible pressure. Furthermore, with "Presscale Mobile," anyone can easily quantify Presscale, achieving high-precision analysis and evaluation. Simply cut the film and insert it. Pressure is visualized through color density. Please feel free to contact us when you need assistance. 【Structure】 ■ Two-sheet type (ultra-low pressure: 5LW to medium pressure: MW) ■ Mono-sheet type (medium pressure: MS to ultra-high pressure: HHS) *For more details, please download the PDF or feel free to contact us.

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  • Sheets and Films
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Pressure measurement film "High-Temperature Press Scale"

Pressure measurement film "High-Temperature Press Scale"

Just cut the film and insert it. Visualize the pressure during heat pressing with color density.

We would like to introduce our pressure measurement film, "High-Temperature Presscale," which we handle. The Presscale can be cut to any size and shape. When it is placed between the measurement points and pressure is applied, only the areas under pressure will change color. You can visually confirm the results using color samples and calibration curves, and further quantify them with Presscale Mobile. 【Features】 ■ Achieves pressure measurement during thermal pressing (35°C to 150°C / 150°C to 220°C) *For more details, please download the PDF or feel free to contact us.

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[Case Study on the Use of Pressure Measurement Film] Optimization of Heat Seal Conditions

[Case Study on the Use of Pressure Measurement Film] Optimization of Heat Seal Conditions

We will introduce a case where it became possible to set up equipment without relying on the craftsman's intuition, resulting in time savings!

We will introduce a case study utilizing "Presscale" to understand and adjust the optimal conditions for heat sealing in food, pharmaceuticals, and other packaging. In particular, pseudo-adhesion cannot be detected visually, and 100% inspection is impossible. Since there is no meter for pressure, the only method available was trial and error through practical experience. By optimizing the pressure value and pressure balance with Presscale, we adjusted the optimal values for temperature and time as parameters. Adhesive strength evaluation (JIS Z0238) can be positioned as the final confirmation. 【Case Overview】 ■ Purpose: Setting during variety changeover, equipment maintenance ■ Measurement Target: Heat seal ■ Results: Time reduction, defect reduction ■ Challenges: - Pseudo-adhesion cannot be detected visually, and 100% inspection is impossible - There is no meter for pressure, so the only method available is trial and error through practical experience *For more details, please download the PDF or feel free to contact us.

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  • Sheets and Films
  • FILM

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[Case Study of Pressure Measurement Film] CMP Polishing Head

[Case Study of Pressure Measurement Film] CMP Polishing Head

A case where the uniformity of "atari" was regularly checked, enabling production with stable quality!

We will introduce a case study using "Presscale" to verify the uniformity of the contact of CMP polishing heads in semiconductor manufacturing. Traditionally, the uniformity of contact between silicon wafers and polishing pads was managed retrospectively based on polishing results. This led to issues such as frequent production of defective products, as the causes of polishing defects remained unclear while production continued. By using Presscale, it is possible to verify the pressure distribution on silicon wafers under actual usage conditions. Gaining useful insights into polishing uniformity and adjusting polishing speed can lead to time savings and quality improvements. 【Case Overview】 ■ Objective: Verification of the uniformity of contact of CMP polishing heads ■ Measurement Target: CMP polishing heads ■ Application: Verification of the uniformity of contact of CMP polishing heads ■ Results: Reduction in polishing time, improvement in polishing quality, enhancement of equipment shipment acceptance quality ■ Challenges: Issues such as insufficient accuracy and frequent occurrence of defective products *For more details, please download the PDF or feel free to contact us.

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[Case Study of Pressure Measurement Film] Injection Molding Machine and Mold

[Case Study of Pressure Measurement Film] Injection Molding Machine and Mold

Introducing examples of improved mold lifespan, increased yield of molded products, and successful defect analysis!

We will introduce a case where "Presscale" was used to check the contact on the PL surface and to confirm the distortion of the mold and molding machine. The height accuracy of each component on the PL surface may deviate from the target, leading to strong contact or causing parts that should make contact to not do so, resulting in burrs. Additionally, the thickness accuracy of the molded products may deteriorate, leading to uneven wear on the mold and a shorter mold lifespan. By conducting contact checks with Presscale and adjusting the PL surface, it is possible to identify the causes of defects in molded products and prevent them from occurring, as well as extend the lifespan of the mold. It is also possible to check the deflection of the platen and the contact state with the mold. [Case Overview] ■ Purpose: Adjustment of mold and injection molding machine ■ Measurement Target: Injection molding machine, mold ■ Application: PL surface contact check, distortion check of mold and molding machine ■ Results: Improved mold lifespan, increased yield of molded products, defect analysis ■ Challenges: - The height accuracy of each component on the PL surface deviates from the target, leading to the occurrence of burrs. - The thickness accuracy of molded products deteriorates, and the lifespan of the mold shortens. *For more details, please download the PDF or feel free to contact us.

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  • Sheets and Films
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Pressure Measurement Film Application Example: Panel Polishing and Cleaning Device

Pressure Measurement Film Application Example: Panel Polishing and Cleaning Device

A case that ensured sufficient uniformity between the panel and the polishing sheet, achieving reduced defects and shortened adjustment time!

This is an example of using "Presscale" to verify the uniformity of contact between a polishing device and a liquid crystal panel manufacturer. When a polarizing film is applied to a panel with adhered cullet, it can cause bubble formation, leading to a decrease in yield rate. It is important to ensure uniformity, as high pressure cannot be applied to the panel surface during polishing. By using Presscale, it is possible to check the pressure distribution under actual usage conditions. By confirming the uniformity of pressure in advance, improvements in quality and reductions in design adjustment time can be achieved. 【Case Overview】 ■ Purpose: Verification of contact uniformity between the polishing device stage and the polishing sheet ■ Measurement Target: Panel polishing and cleaning equipment ■ Example Products: Smartphones, tablet devices ■ Results: Quality improvement, defect reduction, adjustment time reduction *For more details, please download the PDF or feel free to contact us.

  • 【圧力測定フィルム活用事例】パネル研磨洗浄装置2.jpg
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[Case Study of Pressure Measurement Film] Setting Up a Vacuum Laminator

[Case Study of Pressure Measurement Film] Setting Up a Vacuum Laminator

A case where the occurrence of abnormalities was suppressed and the operating rate improved due to the ability to produce under consistently appropriate conditions!

This is an introduction to a case where "Presscale" was used to set up a vacuum laminator in the manufacturing of solar cell modules. If the pressing pressure is not uniform, issues such as cell breakage and wrinkles in the protective film can occur. While vacuum pressure has traditionally been measurable, there was no method to measure the actual pressure applied to the cells. By using Presscale, regular process inspections can be conducted, allowing for production under consistently appropriate conditions, thereby reducing the occurrence of abnormalities and improving operational efficiency. [Case Overview] - Objective: Setting up the vacuum laminator - Measurement Target: Vacuum lamination - Application: Checking the uniformity of the pressing pressure in vacuum lamination - Results: Increased productivity, reduced material loss - Challenge: There was no method to measure the actual pressure applied to the cells. *For more details, please download the PDF or feel free to contact us.

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  • Sheets and Films
  • FILM

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Case Study on the Use of Pressure Measurement Film: Sealing of Snack Food Packaging

Case Study on the Use of Pressure Measurement Film: Sealing of Snack Food Packaging

Visualizing the pressure in the sealing process to reduce seal defects and achieve quality improvement!

We would like to introduce a case where our pressure measurement film "Presscale" was implemented at Intersnack. The biggest challenge in this case was the method of measuring the sealing bar pressure. With the introduction of this product, we were able to visualize the sealing pressure, making it easier and quicker to respond to troubles. Additionally, the number of inspections has decreased, and setup time has been shortened, resulting in reduced machine downtime. The processing pressure has been lowered, leading to improved processing efficiency. 【Implementation Effects】 ■ Improved integrity (sealing performance) of seals ■ Extended machine lifespan due to reduced processing pressure and improved processing efficiency ■ Decreased seal defects, contributing to improved product quality ■ Standardization of all processes across all European group companies ■ Unified specifications for all suppliers *For more details, please download the PDF or feel free to contact us.

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Pressure Measurement Film Application Example: Film Attachment Device

Pressure Measurement Film Application Example: Film Attachment Device

Contributing to quality improvement, defect reduction, and shortening adjustment time! A case study utilizing uniform pressure confirmation in a film application device.

This is a case study on the use of "Press Scale" in film application equipment for touch panel and LCD panel manufacturers. When attaching functional films to cover glass, if the pressure balance is poor, bubbles or wrinkles and other defects may occur. By placing the Press Scale between the cover glass and the drum and applying pressure under normal conditions, it is easy to check for foreign substances or scratches on the drum by determining the color development state. [Case Overview] ■ Purpose: Confirming uniform pressure in film application equipment ■ Example of target products: Smartphones, tablet devices ■ Implementation effects: - Prevents quality abnormalities in advance and improves yield - Allows for quick confirmation of uniformity during design and maintenance *For more details, please download the PDF or feel free to contact us.

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[Case Study on the Use of Pressure Measurement Film] Winding of Roll Products

[Case Study on the Use of Pressure Measurement Film] Winding of Roll Products

Achieving time reduction and material loss reduction! Introducing a case study on measuring the winding pressure distribution of roll products.

This is a case study of measuring the winding pressure distribution of roll products using "Presscale" for customers in the chemical and paper industries. Generally, the maximum pressure occurs at the core of the roll, where issues such as blocking and uneven steps are likely to arise, resulting in a loss length of several tens to hundreds of meters from the start of winding. There was no method to confirm the appropriate pressure under tension conditions, making it difficult to accurately understand and verify the state. With this product, it is possible to adjust the tension according to the actual changes in winding pressure. [Case Overview] ■ Purpose: Measure the winding pressure distribution of roll products ■ Benefits of Implementation - Reduced time for tension adjustments during variety changes and quality anomalies - Reduced material loss from core loss length *For more details, please download the PDF or feel free to contact us.

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  • Other films and sheets
  • FILM

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[Case Study of Pressure Measurement Film] Size Press Rubber Roll

[Case Study of Pressure Measurement Film] Size Press Rubber Roll

Achieving material loss reduction and quality improvement! Introducing a case study on wear confirmation of size press rubber rolls.

This is a case study of wear confirmation for size press rubber rolls using "Press Scale" in the paper manufacturing (papermaking process) industry. When switching from narrow-width products to wide-width products, if there is even slight wear on the edges of the narrow-width rubber rolls, streaky unevenness occurs when papermaking wide-width products. By using this product, you can check for fine wear and scratches on the size press rolls before papermaking. [Case Overview] ■ Purpose: Wear confirmation of size press rubber rolls ■ Benefits of Implementation - Reduction of repair time by approximately half a day - Reduction of paper loss by several hundred meters - Avoidance of quality abnormalities in case scratches are missed *For more details, please download the PDF or feel free to contact us.

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[Case Study of Pressure Measurement Film] Squeegee Pressure in Cream Solder Printing Machine

[Case Study of Pressure Measurement Film] Squeegee Pressure in Cream Solder Printing Machine

Achieving reduction of defects and improvement of print quality! Case study on squeegee pressure distribution measurement during cream solder printing.

This is a case study of pressure distribution measurement using "Presscale" in the printed circuit board and electronic component assembly industry. When screen printing cream solder onto a printed circuit board, if the pressure distribution of the squeegee is not uniform, variations in the amount of cream solder applied can occur, leading to issues such as poor conductivity during component assembly. This product allows us to understand the pressure being generated, providing valuable guidance for adjusting squeegee pressure and designing support bases. [Case Overview] ■ Purpose - Setting up cream solder printing and designing cream solder printing machines ■ Benefits of Implementation - Reduction of time loss due to trial-and-error adjustments - Reduction of losses from defective components and circuit boards in the final process - Prevention of quality defects from oversight *For more details, please download the PDF or feel free to contact us.

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[Case Study on the Use of Pressure Measurement Film] Safety Evaluation of Industrial Collaborative Robots

[Case Study on the Use of Pressure Measurement Film] Safety Evaluation of Industrial Collaborative Robots

Measuring the "pressure" when collaborative robots collide with humans! Achieving appropriate safety evaluation by combining with the collision measurement device from Pilz.

We will introduce a case study of safety evaluation for industrial collaborative robots using "Presscale" at various manufacturing customers. The introduction of collaborative robots requires that a risk assessment determines there is no danger of injury in the event of a collision between humans and collaborative robots. By combining it with a collision measurement device from Pilz in Germany, we achieved the ability to measure "force" and "pressure" simultaneously and with high precision, enabling proper risk assessment. [Case Overview] ■ Measurement Target: Collaborative Robots ■ Before Implementation - Proper evaluation of risk assessment is necessary ■ After Implementation - Achieved proper risk assessment by measuring "force" and "pressure" simultaneously and with high precision *For more details, please download the PDF or feel free to contact us.

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Pressure Measurement Film Application Example: Softball

Pressure Measurement Film Application Example: Softball

Improved experimental accuracy in shock pressure measurement on surfaces makes it easier to understand pressure distribution!

We would like to introduce a case where our "Presscale" was implemented at the Arai Laboratory of the Department of Mechanical Engineering, Faculty of Science and Engineering, Hosei University. In a comparison of the characteristics of old and new balls, an experiment was conducted using a piezoelectric sensor to measure impact pressure at a point, resulting in variations in the peak pressure values. Stable measurements could not be achieved even after approximately 60 experiments. With the introduction of this product, we were able to measure impact pressure over an area, allowing us to obtain extremely stable measurement data using the same experimental setup. This also significantly reduced the number of experiments required. [Case Summary] ■ Before Implementation - Stable measurements could not be achieved with a piezoelectric sensor measuring impact pressure at a point. ■ After Implementation - Impact pressure can be measured over an area, enabling extremely stable measurements. - The number of experiments was significantly reduced. *For more details, please download the PDF or feel free to contact us.

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[Case Study of Pressure Measurement Film] Cylinder Head Gasket

[Case Study of Pressure Measurement Film] Cylinder Head Gasket

Contributing to risk reduction and loss reduction! A case study on checking the sealing performance of cylinder head gaskets.

We would like to introduce a case study using our "Presscale" in the automotive industry. In automotive engines, gaskets are designed for each model, but there was no means to confirm whether air and other elements in the cylinder of prototypes or newly manufactured products were properly sealed. By placing this product between the cylinder block and the cylinder head and tightening the head bolts under normal conditions, we can confirm whether the necessary parts are securely sealed. 【Case Overview】 ■ Purpose: To continuously verify the sealing performance of gaskets and enhance design efficiency and quality. ■ Implementation Effects: - Significantly improved design efficiency compared to the trial-and-error approach in practical applications. - Eliminated uncertainty by verifying results with Presscale as needed. - Contributed to the progress of design development, enabling stable delivery. *For more details, please download the PDF or feel free to contact us.

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  • FILM

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Miniaturization using ACF (Anisotropic Conductive Film) for medical devices.

Miniaturization using ACF (Anisotropic Conductive Film) for medical devices.

ACF responds to the need for miniaturization of medical devices. Capable of handling small quantities.

In the medical device industry, there is a constant demand for miniaturization of products. Especially for portable and wearable devices, miniaturization of components and high-density mounting are essential to achieve high functionality within limited space. ACF enables fine circuit connections and contributes to miniaturization. Our ACF can be tailored to suit your products and processes. Please feel free to contact us. We can also accommodate requests from volume 1. (Note: There are limitations on the types, widths, and thicknesses of ACF.) 【Application Scenarios】 - Electronic circuit connections for small medical devices - Medical sensors requiring high-density mounting - Portable diagnostic equipment 【Benefits of Implementation】 - Increased added value of products through miniaturization - Extended product lifespan due to reliable connections - Reduction in manufacturing costs

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  • Other consumables
  • FILM

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ACF (Anisotropic Conductive Film) for Wearable Devices

ACF (Anisotropic Conductive Film) for Wearable Devices

ACF contributing to the thinning of wearable devices.

In the wearable device industry, miniaturization and thinness are always in demand. As devices become smaller, the component mounting density increases, making connection reliability crucial. ACF is suitable for thin and high-density mounting, contributing to the slimness of wearable devices. Our ACF can be tailored to fit your products and processes. Please feel free to contact us. We can also support from the first volume. 【Usage Scenarios】 - Connection between FPC and circuit board in wearable devices - Connection of display modules - Connection of various sensors 【Benefits of Implementation】 - Achieving thinness and lightweight design - Miniaturization through high-density mounting - Ensuring high connection reliability

  • ACF2.jpg
  • ACF3.jpg
  • Other consumables
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Lightweight Solution by ACF for Drones

Lightweight Solution by ACF for Drones

Providing ACF (Anisotropic Conductive Film) for lightweight drones in small quantities.

In the drone industry, reducing the weight of the airframe is a crucial challenge to improve flight performance. In particular, since battery life significantly affects performance, lightweight components are essential. ACF is used for connecting electronic components, achieving high reliability while being lightweight. Our ACF can be tailored to suit your products and processes, and we can accommodate requests starting from a single roll. 【Usage Scenarios】 - Drone airframes - Electronic circuit boards - Various sensors 【Benefits of Implementation】 - Extended flight time due to weight reduction - Improved maneuverability due to miniaturization - Highly reliable connections

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Power saving with small quantity compatible ACF for IoT devices.

Power saving with small quantity compatible ACF for IoT devices.

Providing ACF that contributes to the power saving of IoT devices in small quantities.

In the IoT device industry, extending battery life is a critical challenge. To achieve energy efficiency, reliability and efficiency in internal device connections are essential. ACF enables fine circuit connections and provides high connection reliability, contributing to device miniaturization and energy savings. Our ACF is tailored to suit your products and processes, and we can accommodate small quantities as well. Please feel free to contact us. 【Use Cases】 - Wearable devices - Smart sensors - IoT gateways 【Benefits of Implementation】 - Extended battery life through energy savings - Miniaturization of devices - Assurance of high connection reliability

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ACF (Anisotropic Conductive Film) for Game Consoles

ACF (Anisotropic Conductive Film) for Game Consoles

Providing ACF that contributes to high-density packaging in small quantities.

In the gaming console industry, there is a demand for both miniaturization and high performance, making high-density packaging technology essential. ACF (Anisotropic Conductive Film) meets such needs by enabling narrow pitch connections and providing high reliability. Proper selection and use of ACF contribute to the miniaturization, high performance, and long-term reliability of products. We propose ACF that is suitable for your products and processes. Please feel free to contact us. We can also accommodate requests from volume 1. (Note: There are limitations on the types, widths, and thicknesses of ACF.) 【Application Scenes】 - High-density printed circuit boards - FPC (Flexible Printed Circuit) connections - LCD panel connections 【Benefits of Implementation】 - Miniaturization and lightweight design - High connection reliability - Excellent electrical properties

  • ACF2.jpg
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  • Other consumables
  • FILM

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ACF (Anisotropic Conductive Film) for Industrial Robots

ACF (Anisotropic Conductive Film) for Industrial Robots

Support for small amounts of ACF for connecting precision industrial robots.

In the industrial robot industry, precise connections of electronic components are required. Especially in areas with many moving parts, such as robot arms and sensors, high reliability and durability are crucial. ACF has received high praise as a connection technology that meets these demands. Our ACF can be tailored to suit your products and processes. Please feel free to contact us. We can also accommodate requests starting from volume 1. (Note: There are limitations on the types, widths, and thicknesses of ACF.) 【Usage Scenarios】 - Electronic circuit connections for robot arms - Connections for sensor modules - Internal wiring for precision equipment 【Benefits of Implementation】 - Achieving high connection reliability - Space-saving - Ensuring long-term product lifespan

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ACF (Anisotropic Conductive Film) for Security Systems

ACF (Anisotropic Conductive Film) for Security Systems

Support for the development and small-scale production of small security systems.

In the security system industry, miniaturization and improved reliability are in demand. Particularly in compact devices that pack many functions into limited space, connection reliability is crucial. ACF contributes to achieving both high connection reliability and miniaturization. Our ACF will be tailored to suit your products and processes. Please feel free to contact us. We can also accommodate requests from volume one. (Note: There are limitations on the types, widths, and thicknesses of ACF.) 【Use Cases】 - Compact security cameras - Wearable devices - Various sensors 【Benefits of Implementation】 - Realization of miniaturization and high-density mounting - High connection reliability - Support for small-scale production

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ACF (Anisotropic Conductive Film) for Smart Homes

ACF (Anisotropic Conductive Film) for Smart Homes

Supporting the multifunctionality of smart home devices with ACF.

In the smart home industry, the miniaturization and multifunctionality of devices are advancing, and as a result, there is a demand for advanced connection technologies for electronic components. In particular, it is necessary to achieve high reliability and durability within limited space. ACF is being adopted as a connection technology that meets these requirements in many devices. 【Usage Scenarios】 - Wearable devices - IoT sensors - Touch panels 【Benefits of Implementation】 - Contributes to miniaturization and lightweight design - High connection reliability - Realization of multifunctionality

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Surface protection film for fiber laser cutting used worldwide.

Surface protection film for fiber laser cutting used worldwide.

Ideal for fiber laser cutting machines and CO2 laser cutting machines! Surface protection film for stainless steel, aluminum, and more.

A surface protection film that can be used not only with fiber lasers but also with CO2 laser processing machines. It allows for laser cutting of metal plates that are protected on the surface in one pass during fiber or CO2 laser processing. 【Benefits】 - The film does not peel off the surface during processing, preventing bubbles from forming. - It minimizes shrinkage, making it less likely for edges to become jagged (burrs) and resulting in a clean finish. - The film can be easily removed in one go, with no blocking or "tearing" or "sticking." - Special printing indicates the correct direction for polishing and wear on the metal plate. - It maintains surface integrity throughout machining processes (bending, punching, molding, etc.). - Due to the film's special properties, automatic handling of metal plates with the film applied is possible, eliminating the risk of lifting two metal plates at once. 【Specifications】 - Outdoor exposure resistance is three months. - The unique gray color makes it easy to identify that it is suitable for cutting with fiber and CO2 laser machines. ◎ For more details, please download the catalog or contact us.

  • plastic
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Biomass-containing film

Biomass-containing film

It is an environmentally friendly product made with 10% plant-derived biomass plastic material.

- We will conserve petroleum resources. - We have obtained the biomass mark. - By incorporating approximately 10% of plant-based bio-polyethylene as a raw material, we significantly contribute to the prevention of global warming, which is partly caused by CO2.

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Cardboard mounting processing

Cardboard mounting processing

You can partially apply film and paper.

1. By applying glue to the paper attachment part of the thin film, offset printing can be done even on thin films. 2. Paper can be partially attached to prevent blocking of the film. After printing and once the purpose is fulfilled, the backing can be peeled off for use.

  • plastic
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Inkjet Mylar film 914×40m #200 (50μ)

Inkjet Mylar film 914×40m #200 (50μ)

The inkjet mylar film from the drafting paper store is a film that can faithfully reproduce drawings.

The material is treated with inkjet processing on the surface of polyester film, featuring an ink absorption layer that allows for quick drying and output in high-speed mode! There is no ink bleeding, allowing for sharp lines and clear color outputs. It is compatible with both pigment and dye inks! It is widely used in various settings, including government agencies such as the Ministry of Land, Infrastructure, Transport and Tourism and the Ministry of Agriculture, Forestry and Fisheries. It is compatible with plotters/printers from various manufacturers, including those using dye and pigment inks.

  • Office paper
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Inkjet Mylar film 594×40m #300 (75μ)

Inkjet Mylar film 594×40m #300 (75μ)

The inkjet mylar film from the drafting paper store is an inkjet film that can faithfully reproduce drawings.

The material is treated with inkjet processing on the surface of polyester film, providing an absorbent ink receiving layer that dries quickly and allows for high-speed output! There is no ink bleeding, allowing for sharp lines and clear color outputs. It is compatible with both pigment and dye inks! It is widely used in various settings, including government agencies such as the Ministry of Land, Infrastructure, Transport and Tourism and the Ministry of Agriculture, Forestry and Fisheries. It is compatible with plotters/printers from various manufacturers, including dye and pigment inks.

  • Office paper
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Non-copying blended powder-free transparent PVC film 'Achilles Salaria File'

Non-copying blended powder-free transparent PVC film 'Achilles Salaria File'

Transparent soft PVC film with high slip resistance and low adhesion, formulated to be copy-resistant without powdering. Reduces ink transfer on documents. Suitable for stationery and card case applications.

The "Achilles Salaria File" is a product that imparts anti-copy performance to the powder-free transparent soft PVC film "Achilles Salaria." Thanks to the formulation of special additives, the film surface features fine irregularities, resulting in excellent cutting suitability and reduced fraying after cutting. There is no need to dust the film during processing. Additionally, it has good visibility and does not significantly hinder the design of overlapped objects, allowing for applications equivalent to those of conventional powder-dusted transparent soft PVC films. The anti-copy performance reduces ink transfer from cards and documents. 【Features】 ■ Improved work efficiency - The fine irregularities on the film surface provide good cutting suitability and reduced fraying after cutting, eliminating the need for dusting during processing. ■ Increased yield rate - No powder unevenness or imprints from dust. ■ Enhanced product value - There is no powder residue on the product, and the slip resistance is good, making it comfortable to insert and remove the main body. * This refers to the user experience when processed into cases, covers, etc. * For more details, please refer to the catalog available for download below.

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