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Rulon® LR (Maroon)
Rulon® LR is a maroon colored bearing material best known for its versatile design properties. Rulon LR is compatible with most hardened steel substrates. Mild steel is acceptable; harder running surfaces are better. Rulon® has a practically universal chemical inertness. Of the chemicals encountered in commercial practice, only molten sodium and fluorine, at elevated temperatures and pressures, show any signs of attack.
- More Bearing & Wear-Resistant Materials
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Rulon® W2
Rulon® W2 is a black PTFE-based material developed for use in fresh-water applications.
Rulon® W2 exhibits low friction and excellent wear characteristics (one of the lowest wear rates in fresh water) as well as good thermal dissipation, preventing shaft distress. Its properties are enhanced when wet.
Rulon® W2 is compatible with most metal substrates and soft mating surfaces.
- More Bearing & Wear-Resistant Materials
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Rulon® AR
Rulon® AR is somewhat more flexible than Rulon® LR, hence suitable for seals and bonded coating of slide surfaces. It has many decades of use in automotive shaft seals and fuel metering pump cups.
Rulon AR has a practically universal chemical inertness like that of Rulon LR and provides long life and reliability in continuous non-lubricated service. It is capable of operating at PV values up to approximately 10,000. Higher PV values are possible for intermittent use applications.
Performance Range:
- Max Load "P" MPa: 6.9 / 1,000 PSI
- Max Speed "V" m/s: 2.0 / 400 fpm
- Max "PV" MPa • m/s: 0.35 / 10,000 PSI-fpm
- More Bearing & Wear-Resistant Materials
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Ryton® - PPS - 40% Glass-Filled
Ryton polyphenylene sulfide (PPS) has a long standing reputation as a high performance engineering thermoplastic. With an exceptional degree of inherent thermal stability, dimensional stability, chemical resistance, and flame resistance, combined with excellent mechanical and electrical properties, Ryton PPS can provide superior performance over a broad range of critical design requirements. Ryton also possesses excellent processing characteristics necessary to meet demanding, high precision applications.
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Semitron® ESd 420V - ESd PEI (ULTEM™)
Semitron® ESd 420V - Static Dissipative PEI
Semitron® ESd 420V offers dissipative performance of 106 - 109 ohms/sq. over it's full temperature performance range. It is a stiff, high strength material that is not subject to dimensional change as a result of exposure to moisture. Semitron® ESd 420V is a cost effective alternative for applications that do not require the thermal performance of ultra-high performance materials.
It's proprietary reinforcement technology provides higher strength and stiffness and improves upon the overall stability of the company's current PEI based ESd product. Additionally, the new material offers surface resistivity of 10*6 to 10*9. With heat deflection temperature of 215°C, the material provides a more cost effective, high strength alternative to ultra high temperature resistant materials.
- Available from USA, Singapore and Taiwan stock.
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Semitron® MP 370
Semitron® MP 370 offers more choices in the design and manufacture of precision test sockets for the semiconductor manufacture industry. While maintaining the same excellent moisture absorption and high thermal resistance of PEEK, Semitron® MP 370 provides greater strength and dimensional stability. This custom formulation allows finer and cleaner detail due to it's excellent machinability. Semitron MP370 is available from Professional Plastics 22 locations in the USA, Singapore & Taiwan.
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Semitron® MPR1000
Semitron® MPR1000 is a new engineering material developed for Semiconductor applications and more specifically for use in vacuum chamber applications such as these found in Etch, CVD and Ion Implant. MPR stands for Maximum Plasma Resistance. This material is designed to replace Quartz & Ceramics in vacuum chamber applications.
The material was developed based on three key premises:
1. Longevity - Increased life in plasma chambers over traditional plastics such as polyimide (up to 25X over polyimide in ozone)
2. Clean - Low ionic metal content and low out-gassing
3. Value - Lower overall cost in use compared to traditional materials used in vacuum chamber applications such as quartz, ceramics, and engineering plastics
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Semitron® PP
Semitron® PP is polypropylene plate developed specifically for demanding Wet Process Semiconductor applications that requires a high level of dimensional stability.
MINIMAL CENTER LINE POROSITY
- MCAM-Quadrant has developed proprietary processing methods to minimize the high stress & center line porosity that is common with standard polypropylene
- The plates, ranging from 2" to 5" thickness are manufactured to the highest standards for use in the Semiconductor Wet Process Industry
SEMITRON® PP VS. STANDARD PP
Lower Internal Stress allows for accelerated fabrication cycles through faster speeds & feeds as well as reducing or eliminating the need to anneal.
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Signabond™ Lite
Signabond™ Lite - Aluminum Composite Signage Material
Signabond Lite aluminum composite panel is available in 12 different colors and two different thicknesses, it offers more choices than any other composite panel on the market today. Signabond Lite is designed for flat sign panel applications and is easily cut and routed with everyday shop tools. Signabond Lite is easily your best choice for quality and selection in today's crowded aluminum composite market.
Available Colors: White/White, White/Mill, or Black/Black, Red/Red, Brown/Brown, Royal Blue/Royal Blue, Ivy Green/Ivy Green, Ivory/Ivory, Burgundy/Burgundy, and Caution Yellow/Caution Yellow including two premium brushed metal finishes
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Silicon Carbide
Silicon carbide maintains its high mechanical strength up to as high temperature as 1,400. Typical application is part for mechanical seal ring and pump due to higher chemical corrosion resistance than other ceramics.
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Silicon Nitride
Silicon nitride (SI3 N4) exceeds other materials in thermal shock resistance. This material does not deteriorate at high temperature, therefore it's appropriate for automotive engine and parts for gas turbine, including turbocharger rotor, glow plug of diesel engine and hot plug. It is expected that the field range this material can be applied to will widely expand.
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Silicone O-Rings
Silicone O-Rings - 70 Durometer Red/Orange Features:
- Broad temperature range.
- Odorless / non-toxic
- Resistant to sun and ozone.
- Fungus resistance.
- Basic temperature range: -80 F to +400 F*
Weaknesses:
- Poor tear and abrasion strength.
- Poor resistance to oils.
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![Solimide® Polyimide Foam]( "Solimide® Polyimide Foam")
Solimide® Polyimide Foam
SOLIMIDE® polyimide foams are a family of high performance thermal and acoustic insulation products. There are four SOLIMIDE foam grades: TA-301, AC-550, AC-530, and HT-340. All of the SOLIMIDE foam grades are inherently fire-resistant, lightweight, and environmentally friendly with virtually no offgassing/outgassing. They offer a wide operating temperature range from -196ºC to +300ºC.
Solimide TA-301 is utilized mainly in the marine and industrial markets. Applications vary and include thermal, acoustic, and vent duct insulation for naval vessels, sidewall and HVAC insulation for rail cars and acoustic insulation for mining vehicles.
Solimide AC-550 and AC-530 are aerospace grade products used by major airframe manufacturers like Boeing, Airbus, Bombardier and Embraer, among others. Fuselage, air conditioning duct, and equipment insulation are just a few of the applications for these products. They are also used in aerospace applications where minimal offgassing/outgassing is critical. In addition to aerospace applications, AC-530 is used as expansion/contraction joints in cryogenic applications.
Solimide HT-340 is used across all industries in applications that require the highest temperature resistance of +300ºC. High temperature pipes and ducts, ovens, and night storage heaters, and a variety of high temperature areas on aircraft and in spacecraft are applications that use SOLIMIDE HT-340 foam.
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Sproule WR-1200®
Sproule WR-1200® is a pre-formed, high-temperature, non-wicking pipe and block insulation. It is composed of expanded perlite that is uniformly reinforced with a high-strength fiber for use on systems operating up to 1200°F (649°C). Sproule WR-1200® is inorganic, non-combustible and meets or exceeds the physical property requirements of ASTM C610. It is produced with XOX, a distinctive formula that inhibits corrosion to outside surfaces of pipe and equipment, especially stress corrosion cracking of austenitic stainless steel. Sproule WR-1200° is blue in color to ensure it can be identified as asbestos-free.
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![Statex™ ESd Polypropylene]( "Statex™ ESd Polypropylene")
Statex™ ESd Polypropylene
Statex™ is a resilient static dissipative material that serves as an electrical barrier to both insulate and protect electronic components from electrostatic discharge. Constructed from durable Formex™ polypropylene, this proprietary formula offers exceptional dielectric strength, moisture resistance and dimensional stability, while meeting strict safety and environmental standards.
Statex™ is a superior electrical barrier because it does not generate static like other competing electrical insulation materials. If Statex&trade comes in contact with a static electrical charge, it safely dissipates the charge across the surface of the material to a ground.
Reliable Circuit Board Protection
Stationary electric charge commonly builds up on humans or objects, including pieces of electronics. If an electrically charged material comes near unprotected electronic equipment, it can discharge the current through circuit pathways and significantly harm sensitive electronic components, especially integrated circuits. In fact, as little as 10 volts of static electricity can cause permanent damage. Computer manufacturers often use static dissipative materials to insulate and protect their circuit boards. As a highly effective electrical barrier and static dissipative material, Statex is an ideal product for design engineers to use to keep circuit boards from developing static electricity between each other and from experiencing electrostatic shock from outside sources.
Long-Lasting Static Dissipation in Any Environment
Statex™ is specially formulated to function without the presence of humidity and has been proven to maintain its static dissipative properties over time. This means that Statex provides effective, enduring electrostatic discharge protection in any climate for the life of your product.
Statex™ is available in natural (white) rolls and is line-marked to indicate the dissipative side. It is can be ordered in the following three standard sizes::
- Statex-10: 0.010 inches (0.25 mm) thick
- Statex-18: 0.018 inches (0.46 mm) thick
- Statex-31: 0.031 inches (0.79 mm) thick
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Sumika Super S1000
Sumika Super S1000 is a wholly aromatic polyester material manufactured by Sumitomo Chemical of Japan. This high-performance material is used in PolyBGA adapters, test sockets, nests and handlers used for testing integrated circuits.
For test data and application profiles, please contact Professional Plastics sales department.
- Plates are sold in standard 3.93" x 3.93" (100mm x 100mm) up to 1.18" thickness (30mm thick)
- Rods are sold in standard 39" lengths (1 meter) up to 1.18" diameter (30mm dia)
- Disks are available in 1.97" thick (50mm) & up to 3.93" diameter (100mm dia).
- Available from Professional Plastics' Taiwan and Singapore Warehouses.
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Sustamid 6G HS Blue Cast Nylon
Sustamid 6G HS Blue Cast Nylon with Heat Stabilizer
Sustamid 6G HS Blue Cast Nylon is specially formulated with a heat stabilizer that significantly improves the long-term operating temperature. Parts and components machined from this product can perform well in temperatures
up to 260° F, compared to standard grades of cast nylon at 200° F.
Sustamid 6G HS Blue applications include: Gears • Sprockets • Wear Pads • Pulleys • Sheaves • Bearings • Rollers
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Sustamid® 6 FR Nylon
Sustamid® 6 FR Nylon is a flame-retardant polyamide 6 (PA 6). This material, which meets the relevant requirements of the new European Rail Vehicle Standard DIN EN 45545-2:2013, facilitates production of large-sized machined components and component parts in small piece numbers. With 40 percent, SUSTAMID 6 FR stands out through a very high oxygen index (LOI - Limiting Oxygen Index), and is phosphorus and halogen-free. Fire behavior is classified in accordance with UL 94 with V0. Compared to conventional materials, such as steel (7.85 g/cm3), the low density of SUSTAMID 6 FR (1.17 g/cm3) offers unequivocal benefits regarding weight and thus construction. At the same time, the material possesses a high degree of stiffness, tensile strength as well as good sliding and wear properties with simultaneously outstanding corrosion and chemical resistance.
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SustaPEI MG (Medical Grade ULTEM™ HU100)
SustaPEI MG (Medical Grace Ultem™ HU1000) is an amorphous transparent polyetherimide plastic that offers outstanding high heat resistance (up to 356° F), high strength and a broad chemical resistance.
- Note: This is NOT Ultem™ 1000 grade material.
This product is manufactured by Rochling Engineering plastics under the tradename SustaPEI MG Ultem™
- ULTEM™ is a trademark of Sabic Innvovative Plastics IP BV.
Certifications:
ASTM D5205
Meets FDA 210 CFR 177.1595
USP Class VI,
ISO 10993 compliant
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Symalit® 1000 PFA
Symalit® 1000 PFA is a semi-crystalline unreinforced fluoropolymer combining good mechanical, thermal and electrical properties with excellent chemical resistance. It also shows good resistance to high-energy radiation. In addition, the composition of the raw material used for the production of Symalit 1000 PFA products complies with the regulations of the European Union (Directive 2002/72/EC, as amended) and the United States of America (FDA) for plastic materials and articles intended to come into contact with foodstuffs.
Symalit® 1000 PFA Applications: - Chemical Process - Semiconductor Equipment - Transportation - Pharmaceutical - Biotech - Power Plants - Heat Exchangers - High Purity Applications
Also available in Symalit 1000 HP PFA - 1000 HP is a high purity grade designed for the semiconductor & solar cell industry. 1000 HP grade is processed in a closed and controlled environment to ensure a consistent quality.
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