Kawakami Sangyo Co., Ltd. List of Products and Services

This catalog is a comprehensive catalog of "Bubble Wrap" that Kawakami Sangyo Co., Ltd. handles, designed to protect packaged items from impact. It features a rich lineup including the classic "Bubble Wrap," "Bio Bubble" made from sugarcane-derived "Green Polyethylene," and "P4" with high compressive and tear strength. Please make use of this for selecting products. [Contents (excerpt)] ■Standard Products ■Environment ■High Strength & Durability ■Heart Shape ■Insulation & Thermal Insulation *For more details, please refer to the PDF document or feel free to contact us.

This catalog is a comprehensive catalog of "Bubble Wrap" that Kawakami Sangyo Co., Ltd. handles, designed to protect packaged items from impact. It primarily uses pre-consumer recycled materials, making it more environmentally friendly than any other options available. Additionally, it is possible to re-pelletize polyethylene discharged from customers and turn it back into products. The catalog features a rich lineup including the standard product "Bubble Wrap," "Bio Bubble" made from sugarcane-derived "Green Polyethylene," and "P4," which has high compressive and tear strength. Please make use of this for selecting products. [Contents (excerpt)] ■ Standard products ■ Environment ■ High strength and durability ■ Heart shape ■ Insulation and heat retention *For more details, please refer to the PDF document or feel free to contact us.

This catalog is a comprehensive catalog of "Bubble Wrap," which is handled by Kawakami Sangyo Co., Ltd., designed to protect packaged items from impact. It primarily uses pre-consumer recycled materials (recycled plastic PE), making it more environmentally friendly than any other option. Additionally, it is possible to re-pelletize polyethylene discharged from customers and turn it back into products. In addition to the standard product "Bubble Wrap," it features a rich lineup including "Bio Bubble," which uses sugarcane-derived "Green Polyethylene," and "P4," which has high compressive and tear strength. Please make use of this for selecting products. [Contents (excerpt)] ■ Standard products ■ Environment ■ High strength and durability ■ Heart shape ■ Insulation and heat retention *For more details, please refer to the PDF document or feel free to contact us.

【Features】 ■ Excellent thermal insulation and cooling properties ■ Superior insulation performance due to air bubbles ■ Light-blocking properties from aluminum film ■ Ease of processing Can be cut with scissors and heat-sealed with a sealer, allowing for the creation of bags. *For more details, please refer to the PDF document or feel free to contact us.

【Features】 ■Excellent Insulation Performance The independent bubble structure of the bubble wrap has low thermal conductivity and suppresses air convection. Additionally, the aluminum foil reflects radiant heat. ■High Radiant Heat Effect By reflecting heat, it improves heating and cooling efficiency, creating a comfortable environment that is cool in summer and warm in winter. It also contributes to savings on air conditioning costs and energy conservation. ■Workability It is very lightweight and compact, making transportation and installation at heights easy. A construction manual is also available. ■High Safety It is non-toxic and free from carcinogens, making it very safe. ■High Processability It can be easily cut with scissors or a cutter, improving work efficiency. It can be easily installed using various methods such as nailing, sewing, stapling, riveting, and taping. ■High Durability Made of aluminum and polyethylene, it has excellent corrosion resistance. *For more details, please refer to the PDF document or feel free to contact us.

HVLS Fan (High-Volume Low-Speed Fan) ★Industry-first adoption of elevator motor, achieving long-term warranty Installation can be done at available dates (completed in one day). ■Cost reduction in air conditioning expenses when used in conjunction with air conditioning ■Heatstroke prevention and improvement of workplace environment ■Ventilation and infection control measures ■Can be used year-round with reverse rotation ■High airflow with energy savings equivalent to one hairdryer (1100W) ■Quietness comparable to a library (25 decibels) ■Equipped with a slim elevator motor (thickness: 80mm) ■Industry's longest motor warranty: 6 years

HVLS Fan (High-Volume Low-Speed Fan) ★Industry-first adoption of elevator motor, achieving a long-term warranty Installation can be done at available times (completed in one day). ■ Cost reduction for air conditioning expenses when used in conjunction with air conditioning ■ Measures against heat stroke and improvement of workplace environment ■ Ventilation and infection control ■ Usable year-round with reverse rotation ■ High airflow with energy savings equivalent to one hairdryer (1100W) ■ Quietness comparable to a library (25 decibels) ■ Equipped with a slim elevator motor (thickness: 80mm) ■ Industry's longest motor warranty: 6 years

HVLS Fan (High-Volume Low-Speed Fan) ★Industry-first adoption of elevator motor, achieving long-term warranty Installation can be done at available dates (completed in one day). ■Cost reduction in air conditioning expenses when used in conjunction with air conditioning ■Measures against heatstroke and improvement of workplace environment ■Ventilation and infection control ■Can be used year-round with reverse rotation ■High air volume with energy savings equivalent to one hair dryer (1100W) ■Quiet operation comparable to a library (25 decibels) ■Equipped with a slim elevator motor (thickness: 80mm) ■Industry's longest motor warranty: 6 years

【Features】 ■ Excellent thermal insulation and cooling properties ■ Superior insulation performance due to bubble wrap air ■ Light-blocking properties from aluminum film ■ Ease of processing Can be cut with scissors and heat-sealed with a sealer, allowing for the creation of bags. *For more details, please refer to the PDF document or feel free to contact us.

**Features** ■ Insulation Performance It delays the transfer of heat, making it difficult for heat to pass through. Insulation is a common consideration for addressing heat and cold. The air is independently sealed in bubble cushioning material (Bubble Wrap®), which has very high insulation performance. ■ Heat Shielding Performance It reflects infrared radiation (radiant heat), making it difficult for heat to transfer. Radiant heat transfers directly from a high-temperature solid surface to a low-temperature solid surface, regardless of the presence of gases like air. To prevent the transfer of radiant heat, "heat shielding," which reflects infrared radiation, is necessary, rather than insulation. Aluminum has the property of reflecting this infrared radiation, which can reduce the effects of radiant heat. ■ Workability It is very lightweight and compact, making transportation and installation at heights easy. A construction manual is also available. ■ High Processability It can be easily cut with scissors or a cutter, improving work efficiency. It can be easily installed using various methods such as nailing, sewing, stapling, riveting, and taping. ■ High Durability Made of aluminum and polyethylene, it has excellent corrosion resistance. *For more details, please refer to the PDF document or feel free to contact us.*

Heatstroke prevention measures are entering an era of "mandatory implementation." With aluminum bubble wrap*1, we can suppress the temperature rise in buildings, achieving both a comfortable environment and energy savings. Now is the time to review heatstroke prevention measures and energy costs! *1: A product made by laminating aluminum foil on both sides of bubble wrap (Puchi Puchi). 【Features】 ■ It has strong alkali resistance due to the anti-corrosion coating. It is also suitable for use in "livestock barns," which are easily affected by ammonia from manure. Compared to our conventional products: ■ The thickness of the bubbles has been reduced, improving storage and transportation efficiency. ■ Weight reduction has enhanced workability. ■ Increasing the thickness of the aluminum foil has improved strength. ■ It possesses anti-corrosion coating performance while having a high infrared reflectivity (approximately 90%). ■ Heat insulation performance It reflects infrared (radiant heat), making it difficult for heat to be transmitted. Aluminum foil has the property of reflecting this infrared, which can mitigate the effects of radiant heat. ■ Workability It is very lightweight and compact, making transportation and installation at heights easy. A construction manual is also available. *For more details, please refer to the PDF document or feel free to contact us.

In the warehouse industry, maintaining the quality of stored products is crucial. Temperature fluctuations and humidity can accelerate product deterioration, potentially leading to increased storage costs and waste. In particular, warehouses tend to become hot during the summer, raising the risk of heat-related illnesses. Our heat-insulating and thermal-reflective aluminum sheets, when installed on the roofs and walls of warehouses, block external heat and help suppress temperature rises inside the warehouse. This helps maintain product quality and contributes to energy savings. 【Usage Scenarios】 - Storage warehouses for food, pharmaceuticals, and precision instruments - Warehouses requiring temperature control - Warehouses needing measures against heat-related illnesses 【Benefits of Implementation】 - Reduces the risk of product deterioration - Lowers air conditioning costs - Mitigates the risk of heat-related illnesses for workers

As an energy-saving measure for factories, temperature management of buildings is an important issue. In particular, measures against heatstroke during the summer are essential not only for protecting the health of employees but also for preventing a decline in work efficiency. It is necessary to prevent heat from entering through the factory's roof and walls and to enhance air conditioning efficiency. Our heat-insulating and heat-reflective aluminum sheets help to suppress the rise in building temperature and provide a comfortable working environment, achieving both energy savings and heatstroke prevention. 【Usage Scenarios】 - Factory roofs - Factory walls - Warehouses - Livestock barns 【Benefits of Implementation】 - Improved air conditioning efficiency - Reduced risk of heatstroke - Lower energy costs - Improved working environment

Improving the classroom environment in schools, addressing summer heat is an important issue. It is necessary to reduce the risk of heatstroke and create a learning environment conducive to concentration. In particular, the rise in room temperature due to direct sunlight can negatively impact the health and learning efficiency of students. Our heat-insulating and thermal-insulating aluminum sheets suppress the temperature rise in buildings and create a comfortable classroom environment. They also contribute to energy savings and lead to cost reductions in school operations. 【Usage Scenarios】 - Attics of classrooms - Sunlight measures from windows - Heat insulation in gymnasiums 【Effects of Implementation】 - Suppression of room temperature rise - Improved air conditioning efficiency - Reduced risk of heatstroke - Cost savings through energy efficiency

In hospitals, it is important to maintain a comfortable healing environment for patients. In particular, measures against heatstroke during the summer are essential for protecting patients' health. The rise in building temperature not only adversely affects patients' conditions but also leads to increased air conditioning costs. Our heat-insulating and heat-reflective aluminum sheets help suppress the rise in building temperature and provide a comfortable environment, contributing to reducing the burden on patients. 【Usage Scenarios】 * Patient rooms * Waiting rooms * Rehabilitation rooms * Other spaces where patients spend time 【Benefits of Implementation】 * Suppresses the rise in room temperature and reduces the risk of heatstroke * Improves air conditioning efficiency and contributes to energy savings * Enhances patient comfort and improves the healing environment

By applying Bright Barrier Puchi to the inside of the window, you can keep your space "cool in summer" and "warm in winter" (insulation and heat shielding). Thanks to its light transmission properties, the room does not become too dark, enhancing heating and cooling efficiency, which leads to energy conservation and reduced electricity usage. Heat shielding: By reflecting infrared rays, it suppresses the rise in room temperature. Insulation: The air layer of bubble wrap (Puchipuchi®) prevents cold air from entering and retains warm air, reducing condensation.

In an office environment, comfort significantly impacts employee productivity and health. The summer heat and winter cold can lead to decreased concentration and health issues, potentially lowering work efficiency. It is important to prevent heat from entering or escaping through windows and to maintain an appropriate room temperature. Bright Barrier Puchi can be simply applied to windows to keep the room temperature comfortable and contribute to energy savings. 【Usage Scenarios】 - Office - Conference Room - Break Area 【Benefits of Implementation】 - Improved comfort through temperature regulation - Energy savings and reduced electricity usage due to increased heating and cooling efficiency - Suppression of condensation

In school classrooms, maintaining a comfortable learning environment is important. The heat in summer and the cold in winter can hinder students' concentration and reduce learning efficiency. Additionally, the increase in heating and cooling costs can become a burden on school operations. Bright Barrier Puchi can be simply applied to windows to maintain a comfortable room temperature and enhance heating and cooling efficiency, contributing to energy conservation and reduced electricity usage. 【Usage Scenes】 - Classrooms - Staff rooms - Libraries 【Effects of Introduction】 - Provides a comfortable learning environment that is cool in summer and warm in winter - Reduces heating and cooling costs - Prevents window deterioration by suppressing condensation

To improve the work efficiency in factories, a comfortable working environment is essential. In particular, the heat in summer and the cold in winter can reduce workers' concentration and lead to decreased productivity. It is important to prevent heat from entering or escaping through windows and to maintain an appropriate room temperature. Bright Barrier Puchi can be simply applied to windows to keep indoor temperatures comfortable and contribute to improved work efficiency. 【Usage Scenarios】 - Windows in factories - Windows in offices - Windows in break areas 【Benefits of Implementation】 - Maintains a comfortable room temperature, enhancing workers' concentration and productivity - Improves heating and cooling efficiency, contributing to energy saving and reduced electricity consumption - Reduces condensation and inhibits the growth of mold around windows

In the warehouse industry, temperature management is crucial for maintaining the quality of stored products. In particular, temperature increases due to direct sunlight can lead to product degradation and alteration. It is necessary to block heat from windows and suppress temperature rises within the warehouse. Our window insulation and heat-blocking sheets can be simply applied to windows to help reduce temperature increases inside the warehouse and contribute to product protection. 【Usage Scenarios】 - Warehouse windows - Product storage areas - Areas requiring temperature management 【Benefits of Implementation】 - Suppression of temperature increases within the warehouse - Maintenance of product quality - Improved heating and cooling efficiency - Energy savings and reduced electricity consumption

In apartment buildings, securing a comfortable living space is important. In particular, the heat exchange through windows affects room temperature and can compromise residents' comfort. Issues such as heat in summer and cold in winter can also lead to increased heating and cooling costs. Bright Barrier Petit is a heat-insulating and thermal-insulating sheet that can be simply applied to windows to address both heat and cold. It achieves a comfortable indoor environment without compromising natural light. 【Usage Scenarios】 - Summer heat prevention - Winter cold prevention - Condensation prevention - Improved heating and cooling efficiency 【Benefits of Implementation】 - Maintains a comfortable room temperature and enhances livability - Saves on heating and cooling costs - Reduces the occurrence of condensation

In data centers, cooling equipment such as servers is an important issue. An increase in room temperature can lead to equipment failure or performance degradation. Bright Barrier Puchi can be applied to the inside of windows to suppress the rise in indoor temperature and enhance heating and cooling efficiency. This contributes to energy conservation and power saving, leading to a reduction in operational costs. 【Usage Scenarios】 - Windows in data centers - Windows in server rooms - Windows where cooling efficiency needs to be improved 【Effects of Implementation】 - Suppression of room temperature rise - Improvement of heating and cooling efficiency - Energy conservation and power saving - Reduction of operational costs

In personal residences, reducing utility costs is an important issue. In summer, the rise in indoor temperatures due to strong sunlight and in winter, the intrusion of cold air through windows decrease heating and cooling efficiency, leading to increased utility expenses. Bright Barrier Puchi, simply applied to windows, keeps interiors cool in summer and warm in winter, contributing to energy conservation and reduced electricity usage by enhancing heating and cooling efficiency. 【Usage Scenarios】 - Windows in living rooms, bedrooms, children's rooms, etc. - Sunny windows - Windows prone to condensation 【Benefits of Implementation】 - Reduction in heating and cooling costs - Improvement in indoor comfort - Suppression of condensation

In a hospital care environment, the comfort and health management of patients are important. Sudden changes in room temperature and excessive heat from sunlight can negatively affect patients' health. Additionally, poor heating and cooling efficiency can lead to increased energy costs. Our window insulation and heat-shielding sheets can be simply applied to windows to maintain a constant room temperature and provide a comfortable care environment. 【Usage Scenarios】 - Patient rooms - Rehabilitation rooms - Waiting rooms - Intensive care units 【Benefits of Implementation】 - Stabilizes room temperature and supports patient health management - Improves heating and cooling efficiency, contributing to energy savings - Reduces condensation and inhibits mold growth

In the warehouse industry, ensuring the safety of workers and a comfortable working environment is crucial. In particular, the risk of heatstroke due to insufficient ventilation and the deterioration of quality caused by stagnant air are significant challenges. Our large ceiling fans efficiently circulate air within the warehouse, addressing these issues. They achieve a balance between high airflow and energy savings, contributing to long-term cost reduction. 【Usage Scenarios】 - Ventilation in warehouses - Heatstroke prevention - Condensation and humidity control - Welding fume management 【Benefits of Implementation】 - Reduced risk of heatstroke for workers and lower turnover rates - Improved air quality in warehouses - Reduced air conditioning costs - Maintenance of product quality

In temperature management within factories, uniform temperature distribution and proper ventilation are essential for improving worker comfort and maintaining productivity. In particular, high temperatures in summer and cold in winter can not only reduce work efficiency but also increase the risk of heat-related illnesses and health issues. Our large ceiling fans circulate air with a high volume, eliminating temperature disparities. When used in conjunction with air conditioning, they also contribute to reducing cooling costs. 【Usage Scenarios】 - Elimination of temperature disparities within the factory - Heat illness prevention - Infection control through ventilation - Condensation and humidity management 【Benefits of Implementation】 - Improvement of the working environment - Energy-saving effects - Employee health management and reduced turnover rates - Increased productivity

In gymnasiums, the circulation of air in the vast space tends to be a challenge. The heat and humidity generated during exercise can easily become trapped, and inadequate ventilation can lead to an increased risk of heatstroke and mold growth. Our large ceiling fans efficiently circulate air with a high airflow, providing a comfortable environment. The use of elevator motors ensures a long warranty, allowing for worry-free use. 【Usage Scenarios】 - Gymnasiums - Martial arts halls - Indoor sports fields - Event venues 【Benefits of Implementation】 - Promotion of air circulation - Heatstroke prevention - Suppression of condensation and mold - Energy-saving effects

In commercial facilities, creating a comfortable space for customers is essential. In particular, measures against summer heat and maintaining air quality through ventilation are crucial factors that influence customer satisfaction. Traditional air conditioning systems often face challenges such as temperature unevenness and ventilation efficiency, leading to higher energy costs. Our large ceiling fans address these issues and provide a comfortable environment. 【Usage Scenarios】 - Large spaces within commercial facilities - Areas requiring heatstroke prevention - Places where ventilation efficiency needs improvement - Locations looking to reduce air conditioning costs 【Benefits of Implementation】 - Uniform temperature throughout the space - Improved ventilation efficiency - Reduction in air conditioning costs - Enhanced customer comfort

In an office environment, concentration is a crucial factor that affects productivity. Noise from air conditioning and stagnant air due to insufficient ventilation can hinder concentration. Large ceiling fans, with their quiet design and appropriate ventilation capabilities, provide a comfortable office environment and support the creation of an atmosphere conducive to maintaining focus. 【Usage Scenarios】 - Office - Conference Room - Break Area - Focus Work Area 【Benefits of Implementation】 - Noise reduction through quiet design - Improved air quality through proper ventilation - Reduction of temperature unevenness, providing a comfortable environment - Increased productivity due to enhanced concentration

In the livestock industry, appropriate temperature management and ventilation are required to improve the health and productivity of livestock. In particular, summer heat and winter ventilation shortages can lead to stress and illness in livestock, potentially resulting in decreased productivity. Our large ceiling fans achieve a comfortable environment for livestock by equalizing temperatures and promoting ventilation through high air volume and energy-saving performance. 【Usage Scenarios】 - Livestock barns - Chicken coops - Pigsties - Cattle barns 【Benefits of Implementation】 - Heatstroke prevention - Improved sanitary conditions through ventilation - Reduced air conditioning costs - Increased productivity due to reduced stress in livestock

In airport waiting rooms, user comfort and air conditioning efficiency are important. Particularly in spaces used by many people, air circulation tends to be poor, leading to temperature inconsistencies and insufficient ventilation. Our large ceiling fans address these challenges and provide a comfortable environment. 【Usage Scenarios】 - Airport waiting rooms - Lounges - Departure lobbies 【Benefits of Implementation】 - Improved air conditioning efficiency - Heatstroke prevention - Infection control through ventilation

At event venues, appropriate air conditioning management is required to enhance the comfort of attendees. This is especially important in spaces where many people gather, as measures against heatstroke and ventilation are crucial. Additionally, depending on the scale of the event, the cost of air conditioning can also be a challenge. Our large ceiling fans efficiently circulate air with a high volume, contributing to heatstroke prevention, ventilation, and infection control. When used in conjunction with air conditioning, cost reductions in air conditioning expenses can also be expected. 【Usage Scenarios】 - Exhibitions - Concert halls - Sports events - Large-scale parties 【Benefits of Implementation】 - Improved comfort for attendees - Reduced risk of heatstroke - Infection control through ventilation - Reduction in air conditioning costs

On the station platform, measures to combat the summer heat are an important issue. It is necessary not only to improve user comfort but also to reduce the risk of heatstroke. In particular, during the hours of high daytime temperatures and peak congestion times, the platform temperature can easily rise, potentially affecting the health of users. Our large ceiling fans circulate air with a high volume, equalizing the temperature across the platform. This helps reduce the risk of heatstroke and provides a comfortable environment. 【Usage Scenarios】 - Station platforms - Waiting rooms - Event spaces 【Benefits of Implementation】 - Reduced risk of heatstroke - Improved user comfort - Energy-saving effects

In the restaurant industry, it is important to provide customers with a comfortable space and to extend their stay. In particular, measures against summer heat and infection control through ventilation are crucial factors that influence customer satisfaction. Our large ceiling fans circulate air with a high volume, creating a comfortable environment by equalizing indoor temperatures. When used in conjunction with air conditioning, they also contribute to reducing cooling costs. 【Usage Scenarios】 - Dining area - Kitchen - Waiting area - Terrace seating 【Benefits of Implementation】 - Improved customer satisfaction - Reduced risk of heatstroke - Infection control through increased ventilation efficiency - Cost reduction through improved air conditioning efficiency