List of Cushioning material products
- classification：Cushioning material
136～180 item / All 1260 items
We provide comprehensive support from design to manufacturing and maintenance!
- Contract manufacturing
It won't break even after 1 million repetitions! A mat switch with reliable operation, high durability, and low price. Suitable for options in machine tools as well. Please consult us about delivery t...
- Sensors
For the transportation of glass products! Achieving both CO2 reduction and protective performance.
- Cushioning material
CO2 emissions reduction! Bubble cushioning material made with 80% recycled materials.
- Cushioning material
80% recycled materials! Contributing to lightweighting in the aerospace field.
- Cushioning material
Leave it to us for everything from foam materials like urethane to solar power generation!
- Cushioning material
Bubble cushioning material Puchipuchi(R) manufactured with ingredients that comply with the positive list.
- Packaging Bags
- Cushioning material
- Other food packaging
Laminated products, adhesive processing, assembly
- Cushioning material
A-8 Special Black Case Inner Pad Layered Step Production
- Cushioning material
Sanpelca series case inner pads available for consultation from small quantities to mass production.
We are capable of producing case interior pads using the Sanpelka series. These materials are adopted as interior padding for cases with the purpose of protecting and securing the stored items, and we can accommodate a wide range of projects from small-scale prototypes to mass production. Case interior pads refer to the foam that is placed inside cases used for storing tools, precision instruments, measuring devices, and more. By processing the foam to match the shape of the stored items, it helps to mitigate impacts during transport and storage, and prevents the items from moving within the case. The Sanpelka series is made of relatively firm foam material and is commonly used for case interior pads. ■ Product Specifications Material: Sanpelka series Application: Case interior pads Compatible Shapes: Processed to match the shape of stored items Processing Methods: Die-cutting, bonding, shape processing Production Support: From small-scale prototypes to mass production ■ Processing Details We can accommodate everything from simple cut shapes to complex storage shapes, and we can also handle structures that combine materials of different thicknesses or bonding. We will propose appropriate processing methods based on quantity and application.
Punching process 1mm connection Sanperca L-1400
- Cushioning material
Sanpelca series case inner pads available for consultation from small quantities to mass production.
We are capable of producing case interior pads using the Sanpelka series. These materials are adopted as interior padding for cases with the purpose of protecting and securing the stored items, and we can accommodate a wide range of projects from small-scale prototypes to mass production. Case interior pads refer to the foam that is placed inside cases used for storing tools, precision instruments, measuring devices, and more. By processing the foam to match the shape of the stored items, it helps to mitigate impacts during transport and storage, and prevents the items from moving within the case. The Sanpelka series is made of relatively firm foam material and is commonly used for case interior pads. ■ Product Specifications Material: Sanpelka series Application: Case interior pads Compatible Shapes: Processed to match the shape of stored items Processing Methods: Die-cutting, bonding, shape processing Production Support: From small-scale prototypes to mass production ■ Processing Details We can accommodate everything from simple cut shapes to complex storage shapes, and we can also handle structures that combine materials of different thicknesses or bonding. We will propose appropriate processing methods based on quantity and application.
Sanpelca L1400 punching process delicate area presentation
- Cushioning material
Sanpelca series case inner pads available for consultation from small quantities to mass production.
We are capable of producing case interior pads using the Sanpelka series. These materials are adopted as interior padding for cases with the purpose of protecting and securing the stored items, and we can accommodate a wide range of projects from small-scale prototypes to mass production. Case interior pads refer to the foam that is placed inside cases used for storing tools, precision instruments, measuring devices, and more. By processing the foam to match the shape of the stored items, it helps to mitigate impacts during transport and storage, and prevents the items from moving within the case. The Sanpelka series is made of relatively firm foam material and is commonly used for case interior pads. ■ Product Specifications Material: Sanpelka series Application: Case interior pads Compatible Shapes: Processed to match the shape of stored items Processing Methods: Die-cutting, bonding, shape processing Production Support: From small-scale prototypes to mass production ■ Processing Details We can accommodate everything from simple cut shapes to complex storage shapes, and we can also handle structures that combine materials of different thicknesses or bonding. We will propose appropriate processing methods based on quantity and application.
For toy safety measures! Rod-shaped high foam material with excellent cushioning, elasticity, and water-repellent properties.
- Cushioning material
![[For DIY] Minaform Marumaru](https://image.mono.ipros.com/public/product/image/2078786/IPROS568864760132413776.png?w=280&h=280){kind=small}
For DIY projects and packaging! Rod-shaped high foam material with excellent cushioning and elasticity.
- Cushioning material
![[For Events] Mina Form Marumaru](https://image.mono.ipros.com/public/product/image/2078786/IPROS15109504740536507818.png?w=280&h=280){kind=small}
For event decoration! Rod-shaped high foam material with excellent cushioning, elasticity, and water repellency.
- Cushioning material
For toy safety measures! Rod-shaped high foam material with excellent cushioning and elasticity.
- Cushioning material
It's easy to carry and doesn't take up much space! We can deliver it to the destination without any damage!
- Cushioning material
Using materials that are cheaper compared to conventional bioplastics and can reduce CO2 emissions during combustion by approximately 25% compared to plastic (PP).
- Cushioning material
- tray
- Packaging Bags
Biodegradable bag made from corn starch with a biomass content of 20%.
- Cushioning material
- tray
- Packaging Bags
Compared to PE and PP, it is possible to reduce the actual CO2 emissions during incineration by approximately 30%.
- Cushioning material
- tray
- Packaging Bags
Using materials that are cheaper compared to conventional bioplastics and can reduce CO2 emissions during combustion by about 20% compared to plastic (PP).
- Cushioning material
- tray
- Packaging Bags
VASU product with a proven track record in bioplastics. It is a readily available material that does not contain green polyethylene (Green PE) and also has grades that do not use PLA.
- Cushioning material
- tray
- Packaging Bags
A clean, soft, and gentle cushioning material that breaks the conventional wisdom of decomposable cushioning materials!
- Cushioning material
A refreshing young grass green bubble wrap made from "green polyethylene" derived from sugarcane!
- Cushioning material
Excellent weather resistance, suitable for outdoor use! Other sizes can be produced upon request.
- Cushioning material
![[For Logistics] Tricon MPB High-Str...](https://image.mono.ipros.com/public/product/image/2086650/IPROS11608584679523820558.jpg?w=280&h=280){kind=small}
A cushioning material that can be freely chosen in size, perfect for packaging.
- Cushioning material
Protect automotive parts during transportation! Custom-sized cushioning material.
- Cushioning material
Depending on your intended use, you can choose the material and size of the film.
- Other films and sheets
- Packaging materials
- Cushioning material
[Catch-up streaming available] "Can we cross a bridge made of cardboard?" Challenge with our cardboard! Broadcast on January 25 (Sunday) at 14:30.
- palette
- Cushioning material
A tie-up advertisement has been published on the logistics news site "LOGI-BIZ online."
An advertisement about our reinforced cardboard packaging design has been published on the logistics news site "LOGI-BIZ online." The article introduces measures to address rising logistics costs and geopolitical risks, focusing on improving transportation efficiency and reducing labor hours through a review of packaging design. It also includes our reinforced cardboard products "Navi Ace," "Navi Ace Plus," and the all-cardboard pallet "Navi Pallet," along with ideas for packaging design and examples of improvements. You can view it through the related links below. Please take a look. Feel free to contact us for any inquiries regarding packaging.
Fill gaps and protect from shocks! Rod-shaped high foam material with excellent cushioning and thermal insulation properties.
- Cushioning material
![[For Agriculture] Miniform Marumaru](https://image.mono.ipros.com/public/product/image/2078786/IPROS5960542369603736599.png?w=280&h=280){kind=small}
For keeping crops warm or cool! Rod-shaped high foam material with excellent flexibility and insulation properties.
- Cushioning material
Joint material for civil engineering and building materials! Rod-shaped high foam material with excellent cushioning, thermal insulation, and buoyancy properties.
- Cushioning material
Ideal for construction site joint materials and cushioning materials! It excels in cushioning, thermal insulation, and buoyancy.
- Cushioning material
For toy safety measures! Rod-shaped high foam material with excellent cushioning, elasticity, and water repellency.
- Cushioning material
Rod-shaped high foaming material with excellent flexibility, cushioning, and water-repellent properties.
- Cushioning material
Why not just change the interior of the official case?
- Cushioning material
Sanpelca series case inner pads available for consultation from small quantities to mass production.
We are capable of producing case interior pads using the Sanpelka series. These materials are adopted as interior padding for cases with the purpose of protecting and securing the stored items, and we can accommodate a wide range of projects from small-scale prototypes to mass production. Case interior pads refer to the foam that is placed inside cases used for storing tools, precision instruments, measuring devices, and more. By processing the foam to match the shape of the stored items, it helps to mitigate impacts during transport and storage, and prevents the items from moving within the case. The Sanpelka series is made of relatively firm foam material and is commonly used for case interior pads. ■ Product Specifications Material: Sanpelka series Application: Case interior pads Compatible Shapes: Processed to match the shape of stored items Processing Methods: Die-cutting, bonding, shape processing Production Support: From small-scale prototypes to mass production ■ Processing Details We can accommodate everything from simple cut shapes to complex storage shapes, and we can also handle structures that combine materials of different thicknesses or bonding. We will propose appropriate processing methods based on quantity and application.
Dividers that prevent cargo collapse and protect products during transportation.
- Cushioning material
Partition material 'Shikiriya-san' that protects electronic devices from static electricity.
- Cushioning material
Ideal for the transportation and storage of automotive parts. Balances cushioning and protective performance.
- Cushioning material
A multifunctional partition material that supports organization and tidiness in medical settings.
- Cushioning material
Bubble cushioning material for storing automotive parts made from colored recycled materials.
- Cushioning material
- Packaging Bags
- Other packaging materials
This is an environmentally friendly bubble wrap (R) made from recycled colored materials.
- Cushioning material
- Packaging Bags
- Other packaging materials
We gently protect books with eco-friendly bubble wrap (R) made from recycled colored materials.
- Cushioning material
- Packaging Bags
- Other packaging materials
Eco Harmony, an environmentally friendly bubble cushioning material made from colored recycled raw materials.
- Cushioning material
- Packaging Bags
- Other packaging materials
SDGs [Limited Regional Sale] Environmentally friendly bubble cushioning material made from used plastic raw materials Product name: Shin-Recycle Puchi
- Resource Recycling System
- Cushioning material
- Packaging materials
Would you like to have custom-made cushioning materials for hobby cases and collections from Fujika Industries?
- Cushioning material
Sanpelca series case inner pads available for consultation from small quantities to mass production.
We are capable of producing case interior pads using the Sanpelka series. These materials are adopted as interior padding for cases with the purpose of protecting and securing the stored items, and we can accommodate a wide range of projects from small-scale prototypes to mass production. Case interior pads refer to the foam that is placed inside cases used for storing tools, precision instruments, measuring devices, and more. By processing the foam to match the shape of the stored items, it helps to mitigate impacts during transport and storage, and prevents the items from moving within the case. The Sanpelka series is made of relatively firm foam material and is commonly used for case interior pads. ■ Product Specifications Material: Sanpelka series Application: Case interior pads Compatible Shapes: Processed to match the shape of stored items Processing Methods: Die-cutting, bonding, shape processing Production Support: From small-scale prototypes to mass production ■ Processing Details We can accommodate everything from simple cut shapes to complex storage shapes, and we can also handle structures that combine materials of different thicknesses or bonding. We will propose appropriate processing methods based on quantity and application.