List of Composite Materials products
- classification：Composite Materials
496～540 item / All 2395 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
Shortening shrink time with thin-walled materials! Introducing flame-retardant heat shrink tubing compliant with UL224 and CSA standards.
- Composite Materials
SAE - AMS and UL standard products, flame-retardant heat shrink tubing with rubber flexibility.
- Composite Materials
Transparent flame-retardant heat shrink tubing that shrinks at low temperatures and excels in flexibility, heat resistance, oil resistance, and chemical resistance.
- Composite Materials
Introducing heat shrink tubes with heat-melted tubes for corrosion protection and prevention of electrolysis for various types of pipes!
- Composite Materials
Available in 11 colors including gray, white, and transparent! Introducing tubes with adhesive that is effective for waterproofing.
- Composite Materials
Adhesive flame-retardant heat shrink tubing effective for waterproofing objects with significant step differences.
- Composite Materials
Flame-retardant heat shrink tubing with adhesive, effective for waterproofing objects with significant height differences.
- Composite Materials
Thin-walled, flexible heat shrink tubing
- Composite Materials
Single-layer structure, thin-walled, semi-rigid heat shrink tubing.
- Composite Materials
Thin, thick, and flexible (Type 2: Halogen-free) heat shrink tubing.
- Composite Materials
Two-layer structure, waterproof type, thin-walled, flexible heat shrink tubing.
- Composite Materials
World's first heat shrink tube made of Pebax (nylon elastomer).
- Composite Materials
USP Class 6 compliant polyolefin heat shrink tubing
- Composite Materials
Heat-shrinkable tube made of FEP with excellent heat resistance, cold resistance, and weather resistance.
- Composite Materials
Excellent abrasion resistance! It effectively shrinks to a high magnification and is effective for waterproofing objects with large steps.
- Composite Materials
Heat-shrink tubing with excellent heat resistance and chemical resistance.
- Composite Materials
Large-diameter heat shrink tubing with excellent heat resistance and chemical resistance.
- Composite Materials
Large-diameter heat shrink tubing with excellent heat resistance and chemical resistance.
- Composite Materials
Semi-rigid, transparent shrink tube with excellent wear resistance.
- Composite Materials
Two-layer fluorine shrink tube with excellent waterproof and moisture-proof properties.
- Composite Materials
Two-layer fluorine heat shrink tubing with excellent waterproof and moisture-proof properties.
- Composite Materials
Heat-shrink tubing with excellent heat resistance, chemical resistance, and insulation properties.
- Composite Materials
Silicone heat shrink tubing with excellent heat resistance, cold resistance, weather resistance, and electrical properties.
- Composite Materials
Transparent silicone heat shrink tubing
- Composite Materials
Shrink tube ideal for terminal protection caps.
- Composite Materials
Vanadium oxide materials available for use in the RF sputtering process essential for the manufacturing of microelectronics components!
- Composite Materials
- Other metal materials
Electrostatic discharge prevention products
- Composite Materials
Introducing high heat-resistant transparent high refractive index resin materials with properties such as low hygroscopicity, high thermal stability, and high Tg!
- Other polymer materials
- Composite Materials
- plastic
Fluorine-free and low dielectric resin! A bifunctional monomer of double-decker poly silsesquioxane converted into a cyclic anhydride!
- Other polymer materials
- Composite Materials
- plastic
Titanium oxide used in semiconductor manufacturing processes, recording media such as HDDs, and thin film formation for flat panel displays!
- Other metal materials
- Composite Materials
Used as an electrode, an important material that makes up the screen! As a transparent electrode, it enables touch operation on the screen, as well as for antistatic films and electromagnetic shieldin...
- Fine Ceramics
- Composite Materials
For the manufacturing of insulating films in chip production, as well as the production of other high-performance electronic components, sensors, solar panels, and surface modification of optical devi...
- aluminum
- Composite Materials
Indium oxide materials suitable for use as electrode materials for voltage application in LCDs, organic ELs, plasma displays, and the like.
- Fine Ceramics
- Composite Materials
Because we have the know-how for manufacturing test equipment, we can fulfill custom test requests as desired. We receive many production requests mainly for material/product development, research, an...
- Testing Equipment and Devices
- Composite Materials
- Ceramics
Visualization of impact destruction behavior through graphs: [Instrumented Drop Weight Impact Testing Machine]
We have updated the product information for IITM-18. In traditional drop impact testing using a drop weight impact tester, analysis was conducted visually. Therefore, our company has graphically represented the fracture behavior, making previously unclear characteristics "visible"! ≪Points≫ 1. Highly extensible customization We offer many customizations that can be changed according to the test content. 2. Diverse striker shapes The shape of the striker can be changed to suit the test. 3. FFT analysis software Analyze fracture behavior data with graphical representation of impacts. [Testing Examples] Surface impact testing / Impact absorption testing / Penetration resistance testing / Large drop weight chain pull impact testing machine / Impact damage detection demonstrator testing / Impact testing device for damage detection. [Test Fixture Examples] Round bar striker Removable type surface impact fixture Stage and surface impact fixture Fixtures for ice picks, butterfly knives, and deba knives. *We will design according to your requirements, so please contact us for details.
![[Book] Synthesis, Functionalization...](https://image.mono.ipros.com/public/product/image/342077/IPROS4961876844484243713.gif?w=280&h=280){kind=small}
[Available for preview] ~ Diverse synthesis methods, shape and size control, development of new functions and applications ~
- Composite Materials
[Book] Synthesis, Functionalization, and Application Technologies of Metal-Organic Frameworks (MOFs) (No. 2316) [Available for Preview]
~ Diverse synthesis methods, shape and size control, development of new functions and applications ~ ★ "Relationship between synthesis parameters and physical properties" "Structural control that exhibits new functions" ★ Latest application technologies utilizing functions of "CO2 separation and recovery" "Secondary battery electrode materials" ------------------------------ ■ Table of Contents Chapter 1: Synthesis, Structural Control and Their Functions Chapter 2: Thin Film and Nanosheet Technologies Chapter 3: Application Technologies for Adsorption and Separation Processes Chapter 4: Application Technologies for Batteries, Energy, and Catalysts Chapter 5: Mechanisms of Electronic, Magnetic, and Optical Property Development Chapter 6: Material Development Utilizing the Nano Space of MOFs Chapter 7: Application Technologies for Medicine and Bio ------------------------------ ■ Key Points of This Book ◆ Development of synthesis methods tailored to purposes and applications, and creation of new functions ◆ Thin film and nanosheet technologies and unique functions ◆ Application examples in adsorption and separation, catalysis, energy generation, material synthesis, chemical sensors, and pharmaceuticals ------------------------------ ● Publication Date: October 31, 2025 ● Format: A4 size, 443 pages ● Authors: 44 individuals ● ISBN: 978-4-86798-098-9 ------------------------------
From general-purpose to high-performance materials! Introducing our tape processing technology!
- Composite Materials
Basic Knowledge of Graphite - Including Our Processing Examples!
- Composite Materials