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It is used as a simple reciprocating slide, emphasizing wear resistance.
It can withstand impacts from flying debris such as cutting powder and is often used in areas with harsh conditions. It can endure heavy loads with surface contact and is used in heavy cutting applications.
It is used as a simple reciprocating slide, emphasizing wear resistance.
It can withstand impacts from flying debris such as cutting powder and is often used in areas under harsh conditions. It can endure heavy loads through surface contact and is used in heavy cutting applications.
We use POM (polyacetal), which is an engineering plastic.
POM (polyacetal) has excellent mechanical strength, wear resistance, sliding properties, solvent resistance, and electrical properties (insulation).
For sliding parts such as gears, washers, and sliders! It can reduce the tooth width and achieve space-saving.
"Teralink" is a thermoplastic engineering plastic that is cross-linked by irradiating molded products with electron beams. The sliding grade "Teralink S" has a low wear rate and friction coefficient, and high fatigue strength, resulting in a longer lifespan compared to conventional nylon and POM. It allows for thinner tooth widths during design, enabling space-saving solutions. In addition to this product, we also offer "Teralink T," which is transparent, has solder reflow heat resistance, and is excellent for mass production through injection molding. 【Features】 - Low wear rate and friction coefficient, excellent sliding properties - High fatigue strength and long lifespan - Tooth width can be made approximately 1/3 thinner than nylon 66 or POM *For more details, please refer to the PDF materials or feel free to contact us.
It is used as a simple reciprocating slide, emphasizing wear resistance.
It can withstand impact marks from flying debris such as cutting powder and is often used in areas with harsh conditions. It can endure heavy loads with surface contact and is used in heavy cutting applications.
Achieving any shape using resin powder with the SLS method.
Igus's "3D Printing Service" is a service where Igus uses its own high-performance polymers to 3D print and deliver products based on customer data. You can choose between the SLS method using powder or the FDM method using filament. From your CAD data, we can quickly manufacture various types of sliding parts that are wear-resistant and do not require lubrication, without the need for molds or machining. ◆◆ Ordering is easy! 3 steps ◆◆ [Step 1]: Upload STEP data from the Igus site https://www.igus.co.jp/info/3d-print-3d-printing-service ▼▼▼ [Step 2]: Select printing material and quantity ▼▼▼ [Step 3]: Confirm the price and request a quote or place an order 【Advantages of Igus's 3D Printing】 - The created parts can be used in sliding components without lubrication - Extremely wear-resistant with high durability - Rapid manufacturing: short delivery times - No minimum order quantity: available from 1 to 10,000 pieces We sell from a single piece. Ideal for rapid creation of prototypes and samples.
Excellent wear resistance and outstanding heat resistance! The adoption of COD11 bushes has reduced wear by 1/15 compared to conventional materials.
Introducing the features of sliding components for the steel industry. The sliding components (COD11) used in the continuous casting dummy bar system by HEF have excellent wear resistance and lubricant retention capabilities. Additionally, the use of COD11 bushes has reduced wear by a factor of 1/15 compared to conventional materials. 【Features】 ■ Excellent wear resistance ■ Reduced lubrication frequency ■ Maintenance-free ■ Outstanding heat resistance ■ Wear reduced to 1/15 of conventional materials *For more details, please refer to the PDF document or feel free to contact us.
Solve issues of friction loss and corrosion, oxidation at high temperatures! Proven track record of sliding materials for pumps and compressors.
Our company's carbon division for machinery provides specialized technology for soft and hard sliding materials used in gaskets, pumps, and compressors. Carbon and graphite have a low coefficient of friction against various friction surfaces, exhibiting high wear resistance, chemical resistance, heat resistance, and good thermal conductivity under harsh conditions. They also excel in thermal shock resistance, dimensional stability, and fatigue strength, making them suitable for a wide range of applications. 【Product Lineup】 - SiC - SiC30 - Graphite - Carbon Graphite - Resin-bonded Graphite - CFRP 【Solutions for Your Concerns】 - Reduction of friction loss - Applications under boundary friction and insufficient lubrication - Realization of dry lubrication without oil or grease - Tribology in media with low viscosity and poor lubricity - Issues of corrosion and oxidation in active media and at high temperatures - Compatibility with food and other materials - Requirements for parts subjected to dynamic loads, as well as demands for larger and more complex shapes ★ As a sealing ring material for high-speed rotating shafts in CNC lathes, the combination of SiC30 and graphite products contributes to extended lifespan. *For more details, please refer to the PDF document or feel free to contact us.
![[Must-see for those who want to reduce material clogging] High heat resistance, low hardness guide parts N](https://image.mono.ipros.com/public/product/image/d75/2000717440/IPROS33026707468493422577.jpeg?w=280&h=280)
Less likely to adhere than metal guides. Low-hardness FRP (fiber-reinforced plastic) makes it easy to remove adhered substances. Can also replace plated and white metal materials.
Our "High-Tem" product offers superior heat resistance compared to nylon and has a proven track record as a sliding product in numerous applications. It is also used in guides under high-temperature conditions. Compared to metal guides, it is less prone to sticking, contributing to improved raw material clogging and reduced maintenance frequency. Please consider it as a replacement for plated and white metal guides. <Features> - Suitable for high-temperature environments: Continuous use at 260°C - High strength and high rigidity - Excellent sliding properties and wear resistance even under high-temperature conditions <Available sizes for High-Tem> - Sheet: 200mm (thickness) × 980mm (width) × 10000mm (length: up to 10m) - Tubular (pipe): Outer diameter φ1700mm (up to 1.7m) × 980mm (length) You can watch a comparison video of heat resistance by scanning the QR code in the catalog. If you are interested, please download the catalog or feel free to contact us.
