Cylex Plastics

Cylex Plastics Cylex Plastics focuses on thermoplastics and thermosets, providing high-quality plastic materials and fabrication services to customers

Glass-Filled vs. Bronze-Filled PTFE: Hydraulic Seal Selection Guide
08/16/2026

Glass-Filled vs. Bronze-Filled PTFE: Hydraulic Seal Selection Guide

Compare Glass-Filled and Bronze-Filled PTFE for hydraulic seals. Analyze wear resistance, thermal conductivity, creep, and CTE to optimize seal performance.

Lead Acrylic vs. Traditional Lead Glass: Modern Radiation Shielding Design in Diagnostic Imaging RoomsIn contemporary me...
08/14/2026

Lead Acrylic vs. Traditional Lead Glass: Modern Radiation Shielding Design in Diagnostic Imaging Rooms

In contemporary medical facility architecture, designing effective radiation shielding for diagnostic imaging suites—such as X-ray, CT, mammography, and fluoroscopy rooms—requires balancing radiation safety, optical clarity, structural integrity, and ergonomic design. For decades, traditional lead glass was the primary material for control room observation windows. However, engineered lead acrylic has emerged as the preferred modern material due to its shatter resistance, fabrication versatility, and superior spatial coverage capabilities....

Compare lead acrylic and traditional lead glass for radiation shielding in diagnostic imaging rooms. Learn key benefits, optical clarity, durability, and custom machining options.

PA66 + Carbon Fiber (91P400C) Stock Shapes (Sheets & Rods)High-Modulus, Conductive & Thermal-Resistant Carbon Fiber Rein...
08/12/2026

PA66 + Carbon Fiber (91P400C) Stock Shapes (Sheets & Rods)

High-Modulus, Conductive & Thermal-Resistant Carbon Fiber Reinforced Polyamide 66 for Precision Lightweight Engineering While standard Polyamide 66 (PA66) is a well-established engineering plastic, reinforcing it with carbon fiber (Grade 91P400C) elevates its overall physical properties to extraordinary levels. CYLEX® PA66 + Carbon Fiber (91P400C) stock shapes (sheets and rods) represent a massive qualitative leap in mechanical strength, stiffness, fatigue resistance, and dimensional consistency. The primary highlight of grade 91P400C is its dramatic surge in Heat Deflection Temperature (HDT)—jumping from a conventional 80°C for unfilled PA66 to an impressive 240°C under carbon fiber reinforcement. With a density of only 1.32 g/cm³, a coefficient of friction against steel of 0.3, and conductive surface resistivity (10³ Ω), this composite is engineered specifically for demanding lightweight, high-temperature, anti-static, and metal-replacement applications in robotics, UAVs, aerospace, and advanced automated machinery. HDT: 240°C Tensile Strength: 220 MPa Flexural Strength: 290 MPa Surface Resistivity: 10³ Ω Available Stock Dimensions & Customization: Plate / Sheet Thickness: 6 – 150 mm (0.24 – 5.91 in) | Standard Size: 610 x 1220 mm (24.02 x 48.03 in) | Custom cut-to-size available Round Rod Diameter: 6 – 500 mm (0.24 – 19.70 in) | Custom lengths available upon request...

High-performance CYLEX PA66 + Carbon Fiber (91P400C) sheets & rods. Features 220 MPa tensile strength, 240°C HDT, surface resistivity 10³ Ω, and low friction (0.3). Ideal for aerospace & robotics.

POK (Polyketone) Sheet & Rod — Chemical & Wear Resistant Engineering Stock ShapesAlternating Copolymer Polymer | Superio...
08/12/2026

POK (Polyketone) Sheet & Rod — Chemical & Wear Resistant Engineering Stock Shapes

Alternating Copolymer Polymer | Superior Acid, Alkali & Salt Resistance | Friction Coefficient 0.2 | Bridges Performance Gap Between PA/POM & PEEK CYLEX® POK (Polyketone) is an advanced semi-crystalline thermoplastic synthesized through the precise alternating copolymerization of carbon monoxide (CO) and olefins (ethylene/propylene). This unique, highly polar polymer backbone grants CYLEX® POK exceptional chemical inertia, outstanding tribological performance, and superior resistance to dynamic mechanical fatigue. With a low dynamic coefficient of friction (0.2) and tribological wear resistance exceeding both Polyamide (PA66) and Polyoxymethylene (POM), CYLEX® POK fills a long-standing material performance gap between commodity engineering plastics (PA/POM) and high-cost performance polymers like PEEK. It is ideal for demanding industrial components operating in harsh chemical washdowns combined with dynamic friction loads....

CYLEX POK (Polyketone) sheets & rods bridge the gap between PA/POM & PEEK. Features outstanding acid/alkali resistance, 0.2 friction coefficient, and high wear life.

FR4/G10 Composites in High-Voltage Test Fixtures: Meeting NEMA and MIL-I-24768 StandardsHigh-voltage test fixtures requi...
08/12/2026

FR4/G10 Composites in High-Voltage Test Fixtures: Meeting NEMA and MIL-I-24768 Standards

High-voltage test fixtures require electrical insulation materials that maintain structural integrity and dielectric strength under intense thermal and electrical stress. Discover why precision-engineered FR4 and G10 glass epoxy laminates are the industry benchmark for meeting rigorous NEMA and MIL-I-24768 military specifications. 1. The Critical Role of FR4/G10 Composites in High-Voltage Fixture Design Modern electrical testing systems—ranging from automated test equipment (ATE) to power transformer diagnostic rigs—operate under extreme electrical potentials....

Discover how FR4 and G10 epoxy glass composites meet NEMA and MIL-I-24768 standards for high-voltage test fixtures with high dielectric strength and custom machining.

PA12 (Nylon 12) Sheets & RodsCYLEX® Long-Chain Polyamide 12 Stock Shapes Engineered for Ultra-Low Water Absorption, Supe...
08/12/2026

PA12 (Nylon 12) Sheets & Rods

CYLEX® Long-Chain Polyamide 12 Stock Shapes Engineered for Ultra-Low Water Absorption, Superior Dimensional Stability, and Sub-Zero Impact Toughness Water Absorption: < 0.5% (Lowest in Nylon) Low-Temp Impact: Down to -40°C Melting Point: ~178°C Hydrogen & Fuel Resistant 1. Product Overview & Material Excellence CYLEX® PA12 (Nylon 12) stock shapes (sheets, rods, and heavy-wall tubes) represent a premium category of modified long-chain polyamide plastics polymerized from butadiene-derived monomers....

CYLEX PA12 (Nylon 12) sheets and rods feature ultra-low water absorption (

Beta-PPH Sheets & RodsCYLEX® High-Rigidity Beta-Crystalline Modified Polypropylene Homopolymer Stock Shapes Designed for...
08/12/2026

Beta-PPH Sheets & Rods

CYLEX® High-Rigidity Beta-Crystalline Modified Polypropylene Homopolymer Stock Shapes Designed for Extreme Chemical Acid & Alkali Resistance, High Thermal Limits (100°C+), and Outstanding Stress Crack Endurance Melting Point: 160°C – 165°C Continuous Temp: 100°C+ Beta-Crystalline Structure Superior Stress Crack Resistance 1. Product Overview & Engineering Characteristics CYLEX® Beta-PPH (Polypropylene Homopolymer) stock shapes (sheets, plates, and round rods) are premium engineering plastics specifically manufactured through Beta (β) crystal modification. By introducing special nucleation agents during the polymerization of homopolymer polypropylene, CYLEX® Beta-PPH forms a refined, uniform beta-crystalline lattice. This structural enhancement delivers superior rigidity, mechanical strength, and flexural modulus—ranking highest among all polypropylene family materials. With a high melting point between 160°C and 165°C, CYLEX® Beta-PPH is capable of long-term continuous operation in demanding hot environments exceeding 100°C (and short-term exposure up to 120°C–130°C). It exhibits extraordinary chemical resistance against concentrated acids, alkalis, salt solutions, alcohols, and aldehydes. Furthermore, CYLEX's advanced extrusion technology ensures exceptionally low internal stress defects in large-diameter rods (Ø 220–500 mm), making it the gold standard for heavy-duty chemical process equipment....

Premium CYLEX Beta-PPH sheets & rods. Beta-modified homopolymer PP with exceptional acid/alkali resistance, elevated thermal limit to 100°C+, and high impact strength. Custom cut sizes available!

Unfilled Nylon PA66 Sheets & RodsVersatile Semi-Crystalline Engineering Polyamide Stock Shapes Featuring Exceptional Mec...
08/12/2026

Unfilled Nylon PA66 Sheets & Rods

Versatile Semi-Crystalline Engineering Polyamide Stock Shapes Featuring Exceptional Mechanical Rigidity, Superior Fatigue Resistance, Low Friction, and FDA Food-Contact Approval CYLEX Nylon PA66 (Polyamide 66) stock shapes (sheets, plates, and rods) are among the most versatile and widely utilized unfilled semi-crystalline engineering plastics in modern industrial design. Manufactured through precision extrusion, CYLEX PA66 balances superior mechanical strength, stiffness, fatigue endurance, and impact resistance with exceptional toughness. Compared to standard Polyamide 6 (PA6), CYLEX PA66 features a higher melting point (~260°C vs ~220°C), higher hardness, greater structural rigidity, and superior abrasion resistance. It offers excellent resistance to fuels, oils, greases, most inorganic salts, hydrocarbons, and ketones. Furthermore, CYLEX PA66 is FDA compliant for direct contact with foodstuffs, making it an ideal choice for both heavy-duty power transmission and food processing equipment. Melting Point: ~260°C Tensile Strength: 75–85 MPa FDA Compliant Temp Limit: -30°C to +80°C...

High-strength CYLEX Nylon PA66 sheets & rods. High mechanical strength, FDA food contact compliant, low friction, -30°C to +80°C limit. Fast cut-to-size service!

TPX (PMP / Polymethylpentene) Sheets & RodsUltra-Lightweight Highly Crystalline Transparent Engineering Plastic Stock Sh...
08/12/2026

TPX (PMP / Polymethylpentene) Sheets & Rods

Ultra-Lightweight Highly Crystalline Transparent Engineering Plastic Stock Shapes Powered by Mitsui Chemicals TPX® Resin CYLEX® TPX (PMP) stock shapes (sheets and rods) are premium semi-finished engineering plastics fabricated from high-crystallinity 4-methylpentene-1 polymer resin (Mitsui Chemicals TPX®). Boasting a density of only 0.83 g/cm³, TPX is recognized as the lightest thermoplastic material commercially available today. CYLEX® TPX features exceptional optical transparency with a light transmittance rate exceeding 90%—comparable to standard PMMA (acrylic) and PC (polycarbonate)—without transparency degradation as wall thickness increases. Its unique helical molecular configuration bestows an exceptionally low dielectric constant (ε ≈ 2.1, TK value ~ 2.1) and extremely low dielectric dissipation factor (< 0.0002), closely matching PTFE in high-frequency electrical insulation. Furthermore, CYLEX® TPX demonstrates excellent thermal endurance (melting point between 230°C and 240°C), enduring continuous steam sterilization at 130°C and high-temperature baking/sterilization exceeding 200°C. Combined with outstanding chemical resistance against acids, alkalis, and alcohols, CYLEX® TPX is the preferred choice for demanding medical, semiconductor, and RF electronic applications. Ultra-Low Density: 0.83 g/cm³ Optical Transparency: ~90% Dielectric Constant: ε ≈ 2.1 Melting Point: 230–240°C...

CYLEX TPX (PMP) sheets and rods offer ultra-low density (0.83 g/cm³), ~90% optical transparency, low dielectric constant (ε ≈ 2.1), high temp steam sterilization & excellent chemical resistance. Request custom sizes!

PA46 + Aramid Fiber Reinforced Sheets & RodsHigh-Crystallinity Polyamide 46 Compound Reinforced with Aramid Fiber for Hi...
08/11/2026

PA46 + Aramid Fiber Reinforced Sheets & Rods

High-Crystallinity Polyamide 46 Compound Reinforced with Aramid Fiber for High-Temperature Wear Resistance, High Stiffness, and Outstanding Structural Stability CYLEX® PA46 + Aramid Fiber stock shapes (sheets and rods) are premium-grade modified engineering plastics built on high-temperature Polyamide 46 (PA46) matrix reinforced with advanced aramid fibers (Kevlar). Featuring an extremely high melting point of 295°C, high crystallinity, and rapid crystallization rates, this composite material delivers an exceptional combination of thermal resistance, structural stiffness, and tribological performance. By integrating aramid fiber reinforcement, CYLEX® PA46 + Aramid Fiber significantly elevates flexural strength, tensile strength, and flexural modulus compared to unfilled nylon. Furthermore, the incorporation of aramid fibers markedly lowers the Coefficient of Linear Thermal Expansion (CLTE) and enhances dimensional stability, making it the ideal solution for heavy-load, high-precision mechanical components operating under continuous high-temperature environments. Melting Point: 295°C Temp Limit: +40–50°C vs PA66 High Fatigue Resistance Low CLTE...

CYLEX PA46 + Aramid Fiber stock shapes feature ultra-high melting point (295°C), high fatigue resistance, low CLTE, and high-temperature wear endurance. Request custom sizes!

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