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Cardboard packaging box Product List

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[Data] Aiming for Net Zero Carbon by 2050

[Data] Aiming for Net Zero Carbon by 2050

Achieve net-zero greenhouse gas emissions! Publication of goals towards realizing a low-carbon society.

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.

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木材高騰『脱木材』を実現した繊維シート用梱包箱』

木材高騰『脱木材』を実現した繊維シート用梱包箱』

環境に配慮した脱木材によるオール段ボール梱包。製品特性にあわせて梱包作業性が向上。保管スペース８７%減。※事例進呈

当社が取り扱う「HiPLE-ACE」を使用して、繊維シート用梱包箱を 開発した事例をご紹介します。 梱包作業性を考慮し、胴枠は3パネルで包む仕様に。 さらにトレイのフロント部分も開放できるため、丁寧でスムーズな作業が 可能です。 また、胴枠を固定するためキャップをステッチ打ちして、段積み可能な 安定した強度を確保しました。 【改善による効果】 ■梱包作業費／ケースは約22％削減 ■梱包資材費／ケースは約17％削減 ■資材保管スペース（50ケース）は約87%削減 ■ハイプルエース化による資材費削減 ■大幅なコストダウン ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。

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Wood Shock: A Packaging Box for Machine Tools that Achieved 'De-Woodification'

Wood Shock: A Packaging Box for Machine Tools that Achieved 'De-Woodification'

Complete cardboard conversion by eliminating wood materials. Reducing packaging material costs and tare weight! Work efficiency has also been significantly improved. *Packaging case available upon request.

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.

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CO2 Reduction: Achieving a Sustainable Society

CO2 Reduction: Achieving a Sustainable Society

We own a total of 580,000 hectares of forest and practice sustainable forest management! Our products also contribute to the SDGs.

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.

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Alternative to wooden boxes: Packaging boxes made of fiber sheets that realize 'de-wooding'

Alternative to wooden boxes: Packaging boxes made of fiber sheets that realize 'de-wooding'

Environmentally friendly all-cardboard packaging that eliminates wood. Improved packaging workability according to product characteristics. 87% reduction in storage space. *Case study available.

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.

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Plastic-free: A visible packaging box that makes plastic-free possible.

Plastic-free: A visible packaging box that makes plastic-free possible.

All cardboard packaging that enables plastic-free alternatives. Improved packaging workability with four types of internal materials tailored to product dimensions! Also contributes to the visualization of product quantities. *Case studies available.

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.

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Carbon Neutral: Achieving SDGs Contribution with Hype Race

Carbon Neutral: Achieving SDGs Contribution with Hype Race

Supporting sustainable development goals! We will improve resource use efficiency and reduce waste emissions.

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.

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Wood Shock: "Complete Cardboard Conversion Due to Rising Lumber Prices"

Wood Shock: "Complete Cardboard Conversion Due to Rising Lumber Prices"

Complete cardboard conversion through the removal of wood materials. By reducing the box volume by half, transportation efficiency and workability have significantly improved! *Case study available.

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.

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SDGs: Realizing a Sustainable Society

SDGs: Realizing a Sustainable Society

We own a total of 580,000 hectares of forest and practice sustainable forest management! Our products also contribute to the SDGs.

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.

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Export Packaging "High Pull Ace" - Excellent Strength of Box Vertical Compression -

Export Packaging "High Pull Ace" - Excellent Strength of Box Vertical Compression -

Calculate the compressive strength obtained from the nomograph using a safety factor! Introducing the allowable compressive strength for packaging design.

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.

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[Development Case] Electric Assist Bicycle Packaging

[Development Case] Electric Assist Bicycle Packaging

Efforts towards the SDGs and ensuring worker safety! A case where one person can now handle packaging.

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.

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[Development Case] Transport Box for Drive Shafts

[Development Case] Transport Box for Drive Shafts

Reduce air transportation costs and improve packaging workability! A case study of a 31% reduction in air transportation costs.

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.

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