王子インターパック List of Products and Services

We would like to introduce a case where our "Hype Race" was developed in an American lock specification. There was a risk of the flap section opening too much, which could lead to cargo collapse when stacked in multiple layers, and improving the safety and workability for operators was a challenge. By adopting the American lock specification, we were able to suppress the opening of the flap, and the design allowed for a reduction in the cost of cushioning material molds. 【Case Overview】 ■Challenges - The flap section tended to open, posing a risk of cargo collapse. - Improvement of operator safety and workability. ■Results - Environmentally friendly packaging through complete cardboard use. - Significant enhancement of safety and workability with the American lock design. *For more details, please refer to the PDF materials or feel free to contact us.

• Other packaging materials

We would like to introduce a case study of a product developed with our "Hype Race" that achieves both contributions to the SDGs and cost reduction. In our efforts towards the SDGs, we faced challenges such as replacing polyurethane cushioning materials with environmentally friendly materials and reducing CO2 emissions from transportation. The key to our development was the use of partition materials, which enabled stable vertical placement, leading to improvements in packaging quantity and a reduction in cushioning materials. 【Case Overview】 ■Challenges - Replacing polyurethane cushioning materials with environmentally friendly materials in line with SDGs - Reducing CO2 emissions from transportation - Improving work efficiency ■Results - Significant improvement in transportation efficiency due to increased packaging quantity - Achieved contributions to the SDGs and CO2 reduction *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

We would like to introduce a case study of a packaging improvement product developed for large EV vehicle compressors using our "HYPUREACE." There was a demand for sustainability initiatives, leading to the development background of switching from plastic containers to reinforced cardboard. By using reinforced cardboard, we were able to reduce the amount of plastic used, decrease the number of lashing belts and fixing points compared to the conventional specifications, and shorten the packaging time from 15 minutes to 10 minutes. 【Case Overview】 ■Challenges - Reduction of industrial waste - Cost reduction in transportation - Reduction of material storage space ■Results - Reduced plastic usage through the use of reinforced cardboard - Cost reduction - Shortened work time *For more details, please refer to the PDF materials or feel free to contact us.

• Other packaging materials

We would like to introduce a case study of the development of packaging products for electric assist bicycles using our "Hype Race." Carrying products weighing around 30kg and placing them from above was burdensome for workers, and improving work efficiency through design enhancements was a challenge. Previously, items had to be lifted to a height of 1,500mm to be placed inside the box, but after development, the lifting height was reduced to 150mm, allowing for packaging by a single person. 【Case Overview】 ■Challenges - There was a request for all paper materials as part of our commitment to contributing to the SDGs. - Carrying products weighing around 30kg and placing them from above was a burden for workers. - Improving work efficiency through design enhancements. ■Results - Complete cardboard construction. - Specifications that consider recyclability and environmental impact. - Improved work efficiency while ensuring safety. *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

We would like to introduce a case where we developed a transport box for power shafts using our "Hype Race." We export special and expensive power shafts, but due to short delivery times, traditional wooden packing boxes are heavy, leading to high air freight costs, which has been a problem. After development, we were able to reduce transportation costs through lightweighting with all cardboard, and improvements in interior design also enhanced packing work efficiency. 【Case Overview】 ■ Issues - Wooden packing boxes are heavy, resulting in high air freight costs. - On-site product stabilization using foam materials took a long time for packing. - The use of wood and foam cushioning materials created disposal issues for packing materials. ■ Results - Reduced transportation costs through lightweighting with all cardboard. - Improved packing work efficiency with enhanced interior design. - Recyclable, solving the packing material disposal issue. *For more details, please refer to the PDF document or feel free to contact us.

• container
• Other packaging materials

"DAN ZOOM" is a product that allows for stacking in trucks simply by covering standard plastic pallets with our product, quickly transforming them into a specification that enhances loading efficiency. The "High Pull Ace" used in this product features a high-mass waterproof liner as the outer layer. Additionally, it uses waterproof adhesive, providing excellent compressive strength, impact resistance, and weather resistance, offering overwhelming strength compared to reinforced cardboard. It is also resistant to moisture, effectively preventing the degradation of box strength due to condensation inside containers. 【Features】 ■ Adjustable dimensions to meet customer needs ■ Available for purchase in small lots or by individual parts ■ Space-saving storage ■ High Pull Ace is recyclable ■ Easy for one person to handle packaging tasks *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case where the transition to all cardboard packaging using "High Pull Ace" from wooden frame packaging has resulted in reduced work time and decreased workload. We faced challenges such as rising material costs due to the wood shock, improving work efficiency, and contributing to environmental burden reduction. After implementation, it became easier to dismantle during disposal on the overseas receiving side, making recycling and reduction easier, which eliminated waste disposal costs. 【Benefits of Introducing High Pull Ace】 ■ 20% reduction in inventory space ■ Versatile boxes that accommodate different products through innovative interior materials ■ Improved work efficiency and ensured safety for workers *For more details, please refer to the PDF materials or feel free to contact us.

• Packaging materials

We would like to introduce a case where we developed the "High Pull Ace," which aims to improve work efficiency while simultaneously reducing transportation costs through a one-way system. We faced challenges such as poor work efficiency due to the need to package main products and accessories separately into two types of racks. After implementation, we were able to improve packaging workability and transportation efficiency through weight reduction and space-saving measures. 【Benefits of Introducing High Pull Ace】 ■ Reduction of environmental impact by eliminating steel ■ Improvement of packaging workability and transportation efficiency through weight reduction and space-saving ■ Enhanced safety of the work environment *For more details, please refer to the PDF materials or feel free to contact us.

• Packaging materials

We would like to introduce a case where we developed the "High Pull Ace" with the aim of strengthening packaging materials and simplifying the packaging process through a special joint design. For products with a height of 2 meters, it previously took two people 40 minutes to package one unit. By designing all parts to simply cover from the top, we were able to achieve packaging by one person. 【Benefits of Introducing High Pull Ace】 ■ Achieved appropriate strength for safely transporting products ■ Enabled one-person packaging work with a special joint design *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We will introduce a case where we developed electrostatic chuck packaging by reviewing appropriate packaging to improve work efficiency and respond to SDGs. Due to the circular shape of the product, it was difficult to package, and there was a risk of finger pinching and work-related injuries when placing the product. After implementation, we were able to shorten work time and ensure safety with specifications suited to the product's shape and weight. 【Benefits of Introducing Hi-Pull Ace】 ■ Improvement in packaging labor costs and packaging material costs ■ Ensuring worker safety ■ Processing that matches the product shape and weight is possible, and even without preparing a die, small lots can be handled with a sample cutter. *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case where we maximized the internal dimensions of "High Pull Ace" to achieve efficient product packaging. We faced challenges such as standardizing the packaging boxes of existing products with the outer boxes. After implementation, we were able to achieve space-saving in packaging material storage by standardizing the existing products and outer boxes. 【Benefits of Introducing High Pull Ace】 ■ Transitioning from wooden boxes to all reinforced cardboard (High Pull Ace) with consideration for the environment ■ By innovating the partitioning method from a grid structure, we enabled packaging that maximizes the internal dimensions ■ Space-saving in packaging material storage was achieved through the standardization of existing products and outer boxes *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case study on the development of packaging for Mitsubishi Fuso bus front glass using "Hype Ace." The conventional wooden box packaging had challenges, such as requiring skilled workers for packing and shipping. After implementation, the structure became easier to handle, resulting in improved work efficiency. [Development Points] - Improved work efficiency with an easy-to-handle structure - Specifications that allow even women to package - Environmentally friendly materials that contribute to SDGs *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case where we developed a storage packaging box that can accommodate 350 types of shafts. The challenges included clarifying and improving the efficiency of storage operations, as well as reducing storage volume. After implementation, we consolidated into two types of boxes, which improved work efficiency and achieved space-saving. 【Benefits of Introducing Reinforced Cardboard (High Pull Ace)】 ■ By innovating the interior design, it is possible to store 350 types of shafts ■ Consolidated into two types of boxes, improving work efficiency ■ Achieved space-saving with two types of boxes ■ Not only for storage box usage but also expected to be used in routine applications *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a development case regarding cardboard packaging by Prince Interpack Co., Ltd. We improved container loading efficiency with a specially designed High Pull Ace, aiming to reduce CO2 emissions during transportation. By innovating the size and shape of dividers, we ensured strength with High Pull Ace, achieving improved loading efficiency into containers. Additionally, we reduced costs by 42,000,000 yen annually. 【Case Overview】 ■Challenges - Optimizing external box dimensions to fit the container - Reducing transportation costs through improved loading efficiency - Reducing CO2 emissions during transportation *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

At Oji Interpack Co., Ltd., we use domestic paper for the outer liner of our products. When using imported materials from the United States, the delivery time is 2 months and the CO2 emissions during transportation are 3.08 tons per container. However, when transporting from our paper mill, the delivery time is 1 week and the CO2 emissions are 1.46 tons per container. This achieves approximately a 50% reduction. 【Overview】 ■ In the case of imported paper - CO2 emissions during transportation: 3.08 tons per container - Delivery time: 2 months ■ In the case of domestic paper (Oji Paper Tomakomai Mill) - CO2 emissions during transportation: 1.46 tons per container - Delivery time: 1 week ■ Effect: Approximately 50% reduction in CO2 emissions *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

We would like to introduce a case where we developed collective packaging for automotive parts using our product "HiPLE-ACE." For the receiving part of the product, we have laminated a total of six sheets of "HiPLE-ACE AA700G" to increase strength. We share the outer box and have achieved compatibility with various types by changing the specifications of the interior materials, and it is also possible to handle it with a forklift. 【Effects of Improvements】 ■ Increased strength ■ Space-saving during storage due to stacking ■ No need for cushioning materials *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

We would like to introduce a case where we developed a visible packaging box using "HiPLE-ACE," which we handle. We created internal materials that provide space to prevent the products from rubbing against each other. Consideration has been given to easily grasp the number of products when viewed from above. Additionally, by attaching a beam made of HiPLE-ACE to the bottom of the box, it has become possible to handle it with a forklift. 【Effects of Improvements】 ■ Visualization of products ■ Cardboard packaging box compatible with returnable systems ■ Environmentally friendly *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case where we developed collective packaging for automotive parts using our product "HiPLE-ACE." For the receiving part of the product, we have laminated a total of six sheets of "HiPLE-ACE AA700G" to increase strength. We share the outer box and have achieved compatibility with various types by changing the specifications of the interior materials, and it is also possible to handle it with a forklift. 【Effects of Improvements】 ■ Increased strength ■ Space-saving during storage due to stacking ■ No need for cushioning materials *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

We would like to introduce a case study where we developed a packaging box for fiber sheets using our product "HiPLE-ACE." Considering the ease of packaging operations, the frame is designed to be wrapped with three panels. Additionally, the front part of the tray can be opened, allowing for careful and smooth work. Furthermore, to secure the frame, caps are stitched in place, ensuring stable strength that allows for stacking. 【Effects of Improvements】 ■ Packaging labor costs per case reduced by approximately 22% ■ Packaging material costs per case reduced by approximately 17% ■ Material storage space (for 50 cases) reduced by approximately 87% ■ Cost reduction in materials due to the use of HiPLE-ACE ■ Significant cost reduction *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce the box compression strength of our product "HiPLE-ACE." The allowable compression strength for packaging design is calculated using a safety factor applied to the compression strength obtained from the nomograph. The AAA1100 grade has a strength of 27.6 kN (2,812 kgf), the AAA1300 grade has 32.0 kN (3,262 kgf), the AAA1500 grade has 35.3 kN (3,599 kgf), and the AA700 grade has 19.9 kN (2,025 kgf). The box shapes include the accompanying pallet with a double-winged "Style 201 (RSC)," as well as "Style 200 (HSC)" and "Style 310 (DDC)." [NOMOGRAPH] ■ AAA1100 grade: 27.6 kN (2,812 kgf) ■ AAA1300 grade: 32.0 kN (3,262 kgf) ■ AAA1500 grade: 35.3 kN (3,599 kgf) ■ AA700 grade: 19.9 kN (2,025 kgf) *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

We would like to introduce a case study of developing a packaging box for machine tools using our product "HiPLE-ACE." In the conventional wooden box packaging specifications, cushioning materials (high-foamed polyethylene sheets) were used to protect the products from the wood. However, by switching to an all-paper design, the need for product protection was eliminated, resulting in an environmentally friendly specification. By using all paper materials, the components can be folded and stored when not in use, contributing to space-saving in inventory. 【Effects of Improvements】 ■ Material costs reduced by approximately 27% ■ Tare weight reduced by approximately 63% ■ Packaging work time reduced by approximately 60% ■ Significant reduction in annual costs *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

We would like to introduce a case study on product storage developed by Prince Interpack Co., Ltd. using "HiPLE-ACE". By improving the efficiency of the steel racks used for product storage, we aimed to enhance warehouse operational efficiency and contribute to the SDGs. Reinforced cardboard allows for stacking within the racks. By reducing the amount of steel racks used, we contribute to reducing environmental impact. 【Case Overview】 ■Challenges - Contribution to the SDGs by reducing the use of steel racks - Change to a specification that allows for product management and stacking storage due to insufficient strength of regular cardboard and plastic dividers - Elimination of dead space within the steel racks *For more details, please refer to the PDF document or feel free to contact us.

• Other office supplies

We would like to introduce a case study on the development of rolled protective materials by Prince Interpack Co., Ltd. By implementing high-pull ace technology, we achieved a reduction in wood usage, improving work efficiency and contributing to the SDGs. The transition to all cardboard reduced the weight of the packaging by half, significantly enhancing workability. Additionally, we were able to reduce costs by 960,000 yen annually. 【Case Overview】 ■Challenges - Achieved stable supply of packaging materials by reducing wood usage - Contributed to the SDGs through high-pull ace technology - Improved work efficiency during packing and unpacking - Made disposal of packaging materials easier *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case study on cardboard packaging by Prince Interpack Co., Ltd. We improved container loading efficiency with a specially designed High Pull Ace, aiming to reduce CO2 emissions during transportation. By innovating the size and shape of dividers, we ensured strength with High Pull Ace, achieving improved loading efficiency into containers. Additionally, we reduced costs by 42,000,000 yen annually. [Case Overview] ■Challenges - Optimizing external box dimensions to fit the container - Reducing transportation costs through improved loading efficiency - Reducing CO2 emissions during transportation *For more details, please refer to the PDF materials or feel free to contact us.

• Packaging materials

We would like to introduce a case study on cardboard packaging by Prince Interpack Co., Ltd. We transformed steel racks into high-pull ace models to improve load capacity and align with SDGs. With a dedicated design, we achieved a high load capacity packaging specification. Additionally, the transition to high-pull ace models significantly enhanced work efficiency and safety. Furthermore, we were able to reduce costs by 46,809,600 yen annually. 【Case Overview】 ■Challenges - Contribution to SDGs through high-pull ace transformation - Improvement of container loading efficiency by eliminating dead space - Enhancement of work efficiency during product packaging - Packaging design that considers safety *For more details, please refer to the PDF materials or feel free to contact us.

• Packaging materials

We would like to introduce a case study where we developed a packaging box for fiber sheets using our product "HiPLE-ACE." Considering the ease of packing, the frame is designed to be wrapped with three panels. Additionally, the front part of the tray can be opened, allowing for careful and smooth operations. Furthermore, to secure the frame, caps are stitched in place, ensuring stable strength that allows for stacking. 【Effects of Improvements】 ■ Packaging labor costs per case reduced by approximately 22% ■ Packaging material costs per case reduced by approximately 17% ■ Material storage space (for 50 cases) reduced by approximately 87% ■ Cost reduction in materials due to the use of HiPLE-ACE ■ Significant cost reduction *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case study where we developed a roll drive packaging using our product "HiPLE-ACE." Previously, high-pressure hoses were stored stacked vertically, but by wrapping them around a pad, we effectively utilized space. Even high-pressure hoses with strong rebound do not bulge when using the robust "HiPLE-ACE." Additionally, we achieved weight reduction and improved the design to allow three bands to be tightened from all sides as a countermeasure against bursting, thereby increasing packaging strength. 【Effects of Improvements】 ■ Approximately 60% reduction in packaging work hours ■ Approximately 35% reduction in tare weight ■ Approximately 10% reduction in packaging material unit cost *For more details, please refer to the PDF document or feel free to contact us.

• Paper and pulp
• Packaging materials
• Other packaging materials

At Oji Interpack Co., Ltd., we use domestic paper for the outer liner of our products. When using imported materials from the United States, the delivery time is 2 months with CO2 emissions during transport of 3.08t/container. However, when transporting from our paper mill, the delivery time is 1 week with CO2 emissions of 1.46t/container. This achieves approximately a 50% reduction. 【Overview】 ■ In the case of imported paper - CO2 emissions during transport: 3.08t/container - Delivery time: 2 months ■ In the case of domestic paper (Oji Paper Tomakomai Mill) - CO2 emissions during transport: 1.46t/container - Delivery time: 1 week ■ Effect: Approximately 50% reduction in CO2 emissions *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

In this document, we provide detailed information about our company's initiatives aimed at achieving a sustainable society. It includes our efforts towards a low-carbon society by the Oji Group, as well as the reduction of CO2 emissions through base paper and contributions to the SDGs that can be realized with High Plus Ace. We also present several examples of the improvement effects of our "Optical Film Roll Hanging Packaging Box." We encourage you to read it. 【Contents】 ■ Oji Group's initiatives for a low-carbon society ■ CO2 emission reduction through base paper ■ Contributions to the SDGs that can be realized with High Plus Ace ■ Examples of improvement effects *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

In this document, we provide detailed information about our company's initiatives aimed at achieving a sustainable society. We feature our "Oji Group's efforts towards a low-carbon society," as well as "CO2 emissions reduction through base paper" and "contributions to the SDGs achievable with Hi-Pure Ace." We also present several examples of the improvement effects of our "optical film roll hanging packaging box." We encourage you to read it. [Contents] ■ Oji Group's efforts towards a low-carbon society ■ CO2 emissions reduction through base paper ■ Contributions to the SDGs achievable with Hi-Pure Ace ■ Examples of improvement effects *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

"Hypure Ace" is a high-performance three-layer cardboard that possesses excellent quality characteristics, being both lightweight and strong. Thanks to its outstanding features, it contributes to cost reduction and management efficiency for our customers. Please feel free to contact us when you need assistance. 【Features】 ■ Lightweight ■ Reduced packaging material costs ■ Lower transportation costs ■ Shortened working time ■ Easy assembly *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

We would like to introduce a case where we developed roll drive packaging using our product "HiPLE-ACE." By combining it with highly cushioning cardboard dividers, we achieved both cushioning effects and puncture resistance. The use of all cardboard has reduced material costs and eliminated disposal costs. Additionally, the design prevents unnecessary space, improving packaging efficiency. We utilized the cushioning effect of "HiPLE-ACE" to provide both product protection and a fixed frame. 【Effects of Improvements】 ■ The number of unboxing tasks has improved beyond that of packaging tasks. ■ After unboxing, there is no need to dispose of wooden boxes, eliminating the cost of returning empty boxes. ■ The tare weight has been reduced by 80%. *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

We would like to introduce a case study where we developed a packaging box for machine tools using our product "HiPLE-ACE." In the conventional wooden box packaging specification, cushioning materials (high-foamed polyethylene sheets) were used to protect the products from the wood. However, by switching to an all-paper design, the need for product protection was eliminated, resulting in an environmentally friendly specification. By using all paper materials, the components can be folded and stored when not in use, contributing to space-saving in inventory. 【Effects of Improvements】 ■ Material costs reduced by approximately 27% ■ Tare weight reduced by approximately 63% ■ Packaging work time reduced by approximately 60% ■ Significant reduction in annual costs *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

We would like to introduce a case where we developed a general-purpose steel rack using "HiPLE-ACE," which we handle. By enabling transportation without using steel racks, it has become possible to switch from charter services to regular delivery. Since it is a reinforced cardboard that is resistant to impact, adding a "V-cut" to the main body and the edge makes it easier to fold, improving work efficiency. [Effects of Improvements] - By switching from returnable to disposable one-way packaging, we have reduced the hassle and cost of returning steel racks. - Thanks to the strength of "HiPLE-ACE," regular delivery is possible instead of charter services. - With a simple design that secures the wrap-around case with M screws, smooth packing and unpacking operations can be achieved. *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials

We would like to introduce a case where we developed a roll drive packaging using "HiPLE-ACE," which we handle. Previously, high-pressure hoses were stored stacked vertically, but by wrapping them around a pad, we effectively utilized space. Even high-pressure hoses with strong rebound do not bulge when using the robust "HiPLE-ACE." Additionally, we achieved weight reduction and improved the design to allow three bands to be tightened from all sides as a countermeasure against puncturing, thereby enhancing packaging strength. 【Effects of Improvements】 - Approximately 60% reduction in packaging work hours - Approximately 35% reduction in tare weight - Approximately 10% reduction in packaging material unit cost *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials
• Other packaging materials

In this document, we provide a detailed introduction to our company's initiatives aimed at achieving a sustainable society. We feature our "Oji Group's efforts towards a low-carbon society," as well as "CO2 emission reduction through base paper" and "contributions to the SDGs achievable with High Plus Ace." We also present several examples of the improvement effects of our "Optical Film Roll Hanging Packaging Box." We encourage you to read it. [Contents] ■ Oji Group's efforts towards a low-carbon society ■ CO2 emission reduction through base paper ■ Contributions to the SDGs achievable with High Plus Ace ■ Improvement effect examples *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

Our product "HYPURE ACE(R)" offers various benefits for implementation. Packing operations are easy, allowing for a reduction in the time required for packing and unpacking. Additionally, its lightweight nature makes it easy to handle, leading to reduced transportation costs. Moreover, by converting wood into cardboard, the disposal and incineration of wood are no longer necessary, contributing to the SDGs goal of "sustainable forest management and combating desertification." 【SDGs Contributions Achievable with Our Product】 ■ Protecting the rights of all workers and promoting a safe and secure working environment - Easy packing operations ⇒ Reduces the time required for packing and unpacking - Lightweight ⇒ Easy to handle, reducing transportation costs - Simple assembly ⇒ Allows operators to work safely without requiring specialized skills ■ Improved resource utilization efficiency - Reduction of packaging materials ⇒ Decreasing size reduces packing and transportation costs *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

At Oji Interpack Co., Ltd., we use domestic paper for the outer liner of our products. When using imported materials from the United States, the delivery time is 2 months with CO2 emissions during transport of 3.08t/container. However, when transporting from our paper mill, the delivery time is 1 week with CO2 emissions of 1.46t/container. This achieves approximately a 50% reduction. 【Overview】 ■ In the case of imported paper - CO2 emissions during transport: 3.08t/container - Delivery time: 2 months ■ In the case of domestic paper (Oji Paper Tomakomai Mill) - CO2 emissions during transport: 1.46t/container - Delivery time: 1 week ■ Effect: Approximately 50% reduction in CO2 emissions *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

This document introduces the practical measures aimed at achieving the goal of reducing greenhouse gas emissions to virtually zero by the year 2050. It includes topics such as "GHG (greenhouse gas) emissions reduction," "expansion of net CO2 absorption by forests," and "CO2 reduction through the use of domestic paper for outer liners." Our company owns a total of 580,000 hectares of forest and practices sustainable forest management. We encourage you to read it. [Contents (excerpt)] ■ Climate Change Response - Towards the Realization of a Low-Carbon Society ■ Towards Achieving Goals - GHG (greenhouse gas) emissions reduction - Expansion of net CO2 absorption by forests ■ CO2 reduction through the use of domestic paper for outer liners *For more details, please refer to the PDF document or feel free to contact us.

• others
• Other packaging materials

"Hypurace(R)" is a reinforced cardboard used for exports in various fields, including industrial machinery and medical-related applications. The compression strength of the A-1 type case is approximately 3,180 kgf. It boasts extremely high values in box compression strength, impact puncture strength, and burst strength. It is an ideal product for switching from other materials such as wooden boxes, wooden frames, steel racks, and returnable containers. 【Features】 ■ Reduction in packaging material costs ■ High stacking strength ■ Sealed packaging is possible ■ Resistant to moisture (snow, rain) ■ Printable surface *For more details, please refer to the PDF document or feel free to contact us.

• Other packaging materials

We would like to introduce a case study where we developed a roll drive packaging using "HiPLE-ACE," which we handle. Previously, high-pressure hoses were stored stacked vertically, but by wrapping them around a pad, we effectively utilized space. Even high-pressure hoses with strong rebound do not bulge when using the robust "HiPLE-ACE." Additionally, we achieved weight reduction and improved the design to allow three bands to be tightened from all sides as a measure against puncturing, thereby enhancing packaging strength. 【Effects of Improvements】 ■ Approximately 60% reduction in packaging work hours ■ Approximately 35% reduction in tare weight ■ Approximately 10% reduction in packaging material unit cost *For more details, please refer to the PDF document or feel free to contact us.

• Paper and pulp
• Packaging materials
• Other packaging materials

"HiPLE-ACE"is a reinforced cardboard that achieves high pressure strength, impact strength, and weather resistance by using water-resistant outer liners and water-resistant adhesives. Due to its toughness, it is suitable for packaging heavy items and can also be stacked. Its lightweight and easy assembly improve on-site work efficiency. Additionally, it can replace steel, resin, and wooden materials, contributing to carbon neutrality by reducing CO2 emissions. It is 100% recyclable and is engaged in initiatives to contribute to the SDGs. 【Features】 ■ Stable supply system as part of Oji Holdings ■ Suitable for countermeasures against wood shocks and rising steel prices ■ Stackable, improving loading efficiency ■ Capable of handling small lots ■ Supports 3D design with Hypur Ace *In addition to product materials, we are currently offering a document introducing 10 case studies of packaging improvements using Hypur Ace! You can view it via PDF download. If you would like a cut sample, please feel free to contact us.

• Packaging materials

We would like to introduce a case study where we developed a roll drive packaging using our product "HiPLE-ACE." Previously, high-pressure hoses were stored stacked vertically, but by wrapping them around a pad, we effectively utilized space. Even high-pressure hoses with strong rebound do not bulge when using the robust "HiPLE-ACE." Additionally, we achieved weight reduction and improved the design to allow three bands to be tightened from all sides as a measure to prevent puncturing, thereby enhancing packaging strength. 【Effects of Improvements】 ■ Reduced packaging work hours by approximately 60% ■ Reduced tare weight by approximately 35% ■ Reduced unit cost of packaging materials by approximately 10% *For more details, please refer to the PDF document or feel free to contact us.

• Paper and pulp
• Packaging materials
• Other packaging materials

Examples of deliveries in various fields of reinforced cardboard "HiPLE-ACE." We will also introduce the adoption points. "HiPLE-ACE" is a reinforced cardboard with lightweight and robust quality characteristics. It is environmentally friendly and contributes to improved work efficiency. It has advantages as an industrial packaging material. Additionally, considering the shape of packaged products and the efficiency of packaging and unpacking operations, it can be developed into freely customizable shapes. 【Features】 ■ Stable supply system by Oji Holdings Group ■ Weight packaging material that replaces wood, steel, and plastic ■ Cost reduction proposals for exports ■ Capable of handling small lots from a few cases ■ Can be developed into freely customizable shapes *For more details, please refer to the PDF materials or feel free to contact us.

• Paper and pulp
• Other packaging materials

"HiPLE-ACE" is a reinforced cardboard with lightweight yet robust quality characteristics. It is environmentally friendly and contributes to improved work efficiency. It offers advantages as an industrial packaging material. Additionally, considering the shape of packaged products and the efficiency of packing and unpacking operations, it can be adapted to various shapes. [Features] ■ Stable supply system by Oji Holdings Group ■ Heavyweight packaging material alternative to wood, steel, and plastic ■ Cost reduction proposals for exports ■ Capable of handling small lots from a few cases ■ Adaptable to various shapes *For more details, please refer to the PDF document or feel free to contact us.

• Packaging materials