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Alumina Oxide 85% to 99%
Alumina Oxide 85% to 99%
- Alumina oxide ceramic has excellent thermal, electrical and mechanical properties
- Alumina oxide has high strength and is wear and abrasive resistant
- Alumina oxide is gas tight
- Alumina oxide can be metalized
- Alumina oxide holds tight tolerances
Applications include nozzles, wire & thread guides, bushings, air bearings, semiconductor parts, food processing valves and more.
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Applicator - Adhesive Syringe
Adhesive Applicator Syringe - 2-oz Bottle Plasticator with standard 22-gauge metal needle. *Preferred by fabricators. Uses hypodermic-type needle to quickly and evenly apply thin water thin adhesives to plastics such as acrylic.
Also available in 25 gauge & 18 gauge needles.
- Items sold on this page are APPLICATORS ONLY - Weld-On adhesives are sold separately.
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![Arlon® PEEK - all grades]( "Arlon® PEEK - all grades")
Arlon® PEEK - all grades
Arlon® 1000 PEEK
Arlon® 1000 is a tough, high-temperature, semi-crystalline thermoplastic offering a unique combination of mechanical, thermal, chemical and electrical properties. Recognized as the leading proprietary Polyetheretherketone (PEEK) in terms of its physical properties, Arlon 1000 is available in rod, tube and disc components as well as injection-molded and machined shapes.
Arlon® 2000 PEEK
Because of its higher glass transition temperatures, Arlon 2000 provides extreme temperature applications with improved mechanical properties to 400°F (204°C). Arlon 2000 exhibits a higher melting point and a higher glass transition temperature (Tg) than Arlon 1000. This has a significant beneficial impact on its mechanical properties at higher temperatures. Arlon 2000 exhibits higher flexural and tensile properties at higher temperatures. Arlon 2000 has yield stress values significantly higher than those for Arlon 1000. Arlon 2000 is available in custom injection molded shapes, rods and tubes.
Arlon® 1160 Glass-Reinforced Grade PEEK
Arlon 1160 is a glass-reinforced version of Arlon 1000 which delivers improved dimensional stability and reduced springing. When compared to Arlon 1000, Arlon 1160 has significantly higher tensile and flexural strength and increased shear strength. Arlon 1160 is often selected when the operating temperature exceeds 302°F (150°C). The addition of glass raises the HDT (Heat Deformation Temperature) to 608°F (320°C), increases the modulus of the material, and reduces the coefficient of thermal expansion. Other benefits include a lower coefficient of friction and improved wear properties. Arlon 1160 and related grades are successfully being used as sealing components, valve seats, bearings, compressor components and high-temperature insulators. Arlon 1160 is available in custom injection-molded shapes, rods to 1 in. (25.4 mm) diameter, tubes from .5 in. (12.7 mm) ID to 6 in. (152.4 mm) OD with a maximum cross-section of .87 in. (22 mm), and discs to 15 in. (380 mm) diameter.
Arlon® 1260 Carbon-Fiber-Reinforced Grade PEEK
Arlon 1260 is a carbon-fiber reinforced version of Arlon 1000 and has the highest modulus and tensile strength, and shear of all the Arlon grades. Designers often select Arlon 1260 when they require a low coefficient of thermal expansion. Arlon 1260 provides enhanced tribological properties, reduced friction values and improved wear properties over Arlon 1000. Arlon 1260 delivers the most benefits in lubricated bearing and/or moist environments. Arlon 1260 is available in custom injection-molded shapes, rods to .75 in. (19 mm) diameter, tubes from .5 in. (12.7 mm) ID to 6 in. (152.4 mm) OD, and discs to 15 in. (380 mm). NOTE: Arlon 1260 is subject to some limitations regarding moldings. Arlon 1260 is not recommended for shapes with a cross-section greater than .63 in. (16 mm).
Arlon® 1330 Lubricated Grade PEEK
Arlon 1330 is a lubricated version of Arlon 1000. Modifications have resulted in a "softer" material as demonstrated by the lower flexural modulus values. Friction values are also reduced. Arlon 1330 is the material of choice for valve seats and sealing components where the reduced modulus values facilitate sealing. Arlon 1330 is available in custom injection-molded shapes, rods to 1 in. (25.4 mm) diameter, tubes from .5 in. (12.7 mm) ID to 6 in. (152.4 mm) OD, discs to 15 in. (380 mm) diameter, and rings to 13 in. (330 mm) diameter.
Arlon® 1555 - Carbon-Fiber / Lubricated Grade PEEK
The compounding of carbon fibers with a lubricated version of Arlon 1000 results in a high HDT temperature, improved tensile and flexural properties at elevated temperatures and a reduced coefficient of thermal expansion. The reduced coefficient of friction and improved wear properties are also evidence of improved tribological properties. Arlon 1555 is most often used in nonlubricated or marginally lubricated bearing applications or wear surfaces. Arlon 1555 is available in custom injection-molded shapes, rods to 1 in. (25.4 mm) diameter, tubes from .5 in. (12.7 mm) ID to 6 in. (152.4 mm) OD with a maximum cross-section of 1 in. (25.4 mm) and discs to 15 in. (380 mm) diameter.
Arlon® 2400 PEEK
Arlon 2400 provides the same broad chemical resistance of other Arlon materials but with higher temperature capabilities and increased dimensional stability. Arlon 2400 has the ability to replace metal parts in high-temperature applications due to its excellent strength-to-weight ratio. This high-performance material is compatible with all well fluids and gases, from reservoir fluids with high H2S to amine-based inhibitors. Arlon 2400 improves the performance of back-up rings, Vee rings, contact blocks, bearings, bushings and other custom geometries.
Arlon® 3000 XT PEEK
Arlon 3000 XT is the polymer of choice for extreme high-temperature environments. With improved creep and extrusion resistance, it outperforms both virgin and filled grades of PEEK and PEKEKK above 350°F (177°C). It has a glass transition temperature 35°F (20°C) higher than PEEK, providing superior mechanical property retention from 350°F (177°C) âÇô 600ºF (316ºC). And it has chemical resistance comparable to PEEK, resisting all common oilfield fluids. As back-up rings, connectors, or other custom shapes, Arlon 3000 XT increases reliability and expands design headroom in high-temperature applications.
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![Boltaron® 9815M Sheet]( "Boltaron® 9815M Sheet")
Boltaron® 9815M Sheet
Boltaron® 9815M - FAR-Rated High Impact Resistant Metallic-Finish Sheets
Advanced technology permanently integrates a durable metallic cap layer and a color-matched substrate for a deeper, richer appearance than metallic-colored monolithic sheet. Higher impact strength improves service life. FAR-rated Boltaron® 9815M sheet offers an exceptional combination of design freedom, aesthetics, thermoforming consistency and long service life for aircraft interiors. This proprietary thermoplastic alloy sheet meets FAR 25.853(a) and FAR 25.853(d) for smoke density and heat release. With Izod impact strength of 5.0 ft-lb/in. (265 J/m), it easily outperforms competitive 65/65 compliant products rated at 3.0 ft-lb/in. (159 J/m).
Unlike monolithic metallic sheet in which opaque color pigments obscure a high percentage of metallic pigments, Boltaron metallic sheet permanently fuses an opaque color substrate with a matching clear grade containing only metallic pigments. The result: a unique and dramatically superior level of depth and reflectivity.
Because the cap film is a "metallized" version of its 9815 substrate color, designers have access to metallic finishes in Boltaron sheet's exceptionally wide range of colors. The Boltaron impact resistant FAR 25.853(d) rated product family includes 9815E extruded sheet, 9815M in metallic finishes, 9815D with unlimited decorative patterns, 9815P in the widest range of textures, and 9815F film and thin-gauge sheet for two- and three-dimensional laminating, and Boltaron® 9850 with a 50/50 rate of heat release.
Applications: - Instrument panel housings - Class dividers - Bulkhead laminates - Galley and lavatory components - Bull noses, gap covers, moldings - Sidewall and kick panels - Window reveals - Seat parts, backs, arm rests - Tray tables - Passenger Service Units (PSUs) - Light housings - Video monitor shrouds - Life vest shrouds - Air ducts
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Bondaflex 100GP (Accusil 100) Silicone Adhesives
Bondaflex 100 GP (fomerly known as Accusil 100) is a one-part silicone sealant for RV, manufactured housing, marine and automotive use. Seals and adheres glass, plastic, ceramic, metal, and most types of wood. "Door & window framing; "Gaskets for heating & refrigeration; "Truck cabs, trailers, RVs; "Marine cabins, windows.
- Available in a variety of colors. Sealant becomes tack free within 20 minutes and is fully cured in 1-7 days.
- Service temperature range: -60ªF to 400ªF.
- Comes in a 10.3 fl. oz. cartridge.
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Brillianize Plastic Cleaning Kit
Brillianize Plastic Cleaning Kit
Now packaged with our Best Micro Fiber Polishing Cloth
- Super Soft & Super Absorbent
- Anti-Static & Non-Toxic
- Alcohol & Ammonia Free
Features:
- 8 oz. Brillianize cleaning fluid
- Pump spray bottle with Super Fine atomizer
- Large optical grade micro fiber polishing cloth
- 24 gauge plastic clamshell
- Full color product information card
Packaging Specifications:
- Individual 11 x 4.625 x 3 (H,W,D)
- Master carton 12 pieces 12 x 14 x 12 (H, W, D)
- RED chamois style cloth - Model #8CK
- BLACK terry style cloth - Model #8TK
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![Cal Missile™ Duct Projectiles]( "Cal Missile™ Duct Projectiles")
Cal Missile™ Duct Projectiles
Cal Missile™ Duct Projectiles - Cal Am Manufacturing's "Cal Missile" is the Cadillac of all missile line carriers; Constructed with heavy-duty stainless steel hardware and Polyurethane blow cups, this ultra-tough projectile will perform flawlessly for you time and time again.
Used to pneumatically install pull line into conduit runs, the Cal Missile is fast and efficient, easily blowing through even out-of-round duct with hand blower tools. The Cal Missile features dual fastening rings, one on each end of the projectile and is available with either two or three polyurethane cups, which offer the elasticity of rubber combined with the toughness and durability of metal.
Compared to other projectiles which use plastic or foam; the polyurethane cups of the Cal Missile offers you superior impact, abrasion and tear resistance, have a higher load bearing capacity and better elastic memory. These cups, which are resistant to solvents, oxygen, ozone and sunlight have an outstanding flex-life guaranteed to outlast other elastomers on the market today. The Cal Missile will remain flexible and still perform at any temperature found on any terrestrial job site. When you are looking for the best duct cone projectile available today, look to Cal Am Manufacturing.
Special Bulk Pricing is available Commercial Electrical Contractors - Contact Rich Kietzke for details - r.kietzke@proplas.com.
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![Casing Spacers & End Seals]( "Casing Spacers & End Seals")
Casing Spacers & End Seals
Casing Spacers & End Seals are available from Professional Plastics, Inc.
Carbon Steel & Stainless Steel Spacers
- Heavy duty two-piece T304 Stainless Steel or Carbon Steel Spacers with durable glass filled polymer runners
- Available in 8" and 12" widths (Recommend 8" widths through 36" carrier pipe sizes)
- Fast and easy installation on various carrier pipe types within cased crossing applications
- Spacers are lined with ribbed PVC extrusions to prevent electrical contact between the carrier pipe and the metallic spacer.
- Carbon Steel Spacers are fabricated from pickled and oiled steel and then coated with a fusion bonded copolymer based thermoplastic for superior abrasion resistance and corrosion protection
- Spacers for bell & spigot joints, or large diameter applications, are designed and fabricated to ensure an extra margin of support
OmniRoller Spacers
The NEW CCI OmniRoller Casing Spacers are supplied with a patented runner equipped with an innovative multidirectional assembly designed for the following:
- Maintain cathodic protection between the carrier pipe and casing pipe to prevent premature corrosion
- Reduce the coefficient of friction within the casing pipe for ease of installation
- Allow for longer installations while maintaining the desired grade
- Prevent the carrier pipe from spiraling within the casing pipe during installation, unlike unidirectional rollers
The CCI OmniRoller Casing Spacers are manufactured with an 8" wide Coated Carbon Steel or Stainless Steel shell for nominal carrier pipe sizes ranging from 4" to 24". Each OmniRoller runner can be supplied with up to 3 multidirectional assemblies depending on the carrier pipe type and application.
Polyethylene Spacers
- Injection molded from LLDPE with a wide variety of runner heights
- Provides an economical alternative to metallic casing spacers
- Excellent dielectric strength and low moisture absorption provide minimal electric current loss with no impairment of cathodic protection
- High impact resistance and excellent frictional characteristics make polyethylene spacers a pipeline industry standard on mechanical joints, restrained joints, push-on joints and welded pipe joints
End Seals
MODEL ESW Wrap-Around Neoprene Rubber End Seal is designed for field installations where the carrier pipe was previously installed in the casing. The installation process involves wrapping the end seal around the carrier pipe and casing, then compressing the overlapped adhesive strips to form a seal. Installation is complete once the stainless steel banding straps are tightened to secure the end seal to the carrier and casing pipe. The end seal has excellent chemical resistance and retains flexibility on various pipe size combinations for single carrier and casing pipe applications.
MODEL ESC Seamless Neoprene End Seal is easily installed as the carrier pipe is pulled through the casing. The installation process is completed by securing
the end seal to the carrier and the casing pipe using the stainless steel banding straps provided. The end seal has excellent chemical resistance and retains flexibility on various pipe size combinations for single carrier and casing pipe applications.
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CeramaPEEK® NC30 - Extruded
CeramaPEEK® NC30 EXTRUDED Test Socket Material is an advanced proprietary ceramic-filled PEEK compound created to meet the requirements for tight tolerance, high frequency IC chip socket test fixtures. CeramaPEEK is WHITE in COLOR and provides superior hole stability and cleanliness. Precision holes drilled into CeramaPEEK NC30 are burr-free (when machined properly) and provide longer life than competing materials. CeramaPEEK NC30 is offered exclusively by Professional Plastics to IC Test Socket manufacturers worldwide. This materials is available in large 24" x 48" (610mm x 1220mm) plates and is more economical than competing injection-molded products. Professional Plastics maintains 22 locations in the USA, Singapore and Taiwan (serving customers throughout Asia).
- CeramaPEEK® is a registered trade name of Professional Plastics, Inc.
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![CeramaPEEK® NC30 - Injection-Molded]( "CeramaPEEK® NC30 - Injection-Molded")
CeramaPEEK® NC30 - Injection-Molded
CeramaPEEK® NC30 Test Socket Material is Now Available in an Injection-Molded Version. CeramaPEEK® is an advanced proprietary ceramic-filled PEEK compound created to meet the requirements for tight tolerance, high frequency IC chip socket test fixtures. This injection-molded version of our NC-30 ceramic-filled PEEK is also is WHITE in COLOR and provides superior hole stability and cleanliness than competing injection-molded materials. Precision holes drilled into CeramaPEEK NC30 Test Socket Material are burr-free (when machined properly) and provide longer life than competing products. CeramaPEEK NC30 is offered exclusively by Professional Plastics to IC Test Socket Manufacturers Worldwide.
- The Injection-Molded Version is Only Available in .150" x 3.00" x 5.25" Blanks (3.8mm x 76.2mm x 133mm).
These Injection-Molded Blanks offer a THIN-GUAGE economical alternative to Professional Plastics' Extruded Version of CeramaPEEK NC30 which is produced in standard 24" x 48" (610mm x 1220mm) plates from .250" x 1.00" thick (6.35mm x 25.4mm)
- CeramaPEEK® is a registered trade name of Professional Plastics, Inc.
- Current Inventory is just 10 pieces for Testing & Approval Purposes. Lead-Time for made-to-order products is 4 weeks
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Ceramatest™ 400 - Mica-Filled Ceramic
Ceramatest™ 400 mica-filled ceramic provides standard geometry stocks in machinable grades such as Sheets, Discs, Bars and Rods. Ceramatest (Dark Gray) is produced using a hot compression process. Ceramatest 400 is softer than any other machinable ceramics on the market and requires no Post-Firing after machining.
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![Ceramatest™ 500 - Mica-Filled Ceramic]( "Ceramatest™ 500 - Mica-Filled Ceramic")
Ceramatest™ 500 - Mica-Filled Ceramic
Ceramatest™ 500 is a glass bonded sythetic mica ceramic material designed to meet the exacting demands of technical markets. This material is a versatile and efficient electrical and thermal insulating material. Ceramatest 500 is a fully inorganic material used to bridge the performance gap between high performance plastics and structural ceramics. Ceramatest 500 glass bonded mica ceramic is a simultaneous union under high pressure and temperature of finely powdered electrical quality glass and precisely defined (natural or synthetic) mica. The resulting stone-like, dense ceramic material inherits all of the insulating advantages of both components.
Ceramatest™ is available in several machinable grades suitable for processing with standard carbide tools and water (or a water based lubricant) and in moldable grades that do not require firing or sintering after molding. As a result, the material can accommodate metal inserts during molding similar to thermoplastics. CeramaTest™ does not burn or outgas. The material is dimensionally stable at elevated temperatures
- Max. Continuous Use Temperature is 930° F (500° C)
- Ceramatest™ 500 is LIGHT GREY in Color
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Champion Conduit Hangers®
Champion Conduit Hangers® - Champion bridge hangers are the right match for non-metallic conduit. These fiberglass conduit hangers are available in two standard configurations: the popular Intermediate Hanger and our Anchor Hanger (an Intermediate Hanger with side bracing). Along with the standard options listed above, Champion Hangers® also come in alternate configurations, so you always have the right fit for your bridge-related projects.
Special Bulk Pricing is available Commercial Electrical Contractors - Contact Rich Kietzke for details - r.kietzke@proplas.com.
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![Chemours® PTFE 7C]( "Chemours® PTFE 7C")
Chemours® PTFE 7C
Chemours® PTFE 7C is a white powder with very small particle size. Its most unique feature is the
irregular, fibrous character of the particles. The small particle size of Chemours® PTFE 7C helps
to minimize voids even at relatively low molding pressure. The fibrous particles promote good
capture and uniform distribution of inorganic fillers when they are added to modify the mechanical
properties of moldings. Chemours® PTFE 7C exhibits relatively high mold shrinkage.
Chemours® PTFE 7C is preferred for moldings requiring optimum mechanical and electrical properties.
Its relatively low bulk density limits the size of moldings from a given mold or press opening. It is
often preferred for making filled compounds, especially with metal powders that are difficult to mix
because of density differences.
Properly processed products made from neat Chemours® PTFE 7C provide the superior properties
typical of the fluoropolymer resins: retention of properties after service at 260°C (500°F), useful properties at —240°C (—400°F), chemical inertness to nearly all industrial chemicals and solvents, and low friction and antistick surfaces. Dielectric properties are outstanding and stable with frequency and temperature. Molded products have moderate stiffness and high ultimate elongation.
In a flame situation, products of Chemours® PTFE 7C resist ignition and do not themselves promote flame
spread. When ignited by flame from other sources, their contribution of heat is small and with very
little smoke.
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![Coiltef™ Coiled FEP Tubing]( "Coiltef™ Coiled FEP Tubing")
Coiltef™ Coiled FEP Tubing
Coiltef™ Coiled FEP Tubing - Almost totally inert, COILTEF can be used with all industrial solvents, chemicals, and corrosive materials even at elevated temperatures. It does, however, react with fluorine, molten sodium hydroxide, and molten alkali metals. Fluoropolymer's non-stick property allows transport of viscous, sticky material without line clogging. It also offers outstanding aging resistance. COILTEF is manufactured through a fabrication process which heat sets the coils. The coils should remain stable up to 200° F. At higher temperatures the coils will begin to relax and lose their set. If the application involves elevated temperatures, in-house testing is recommended. COILTEF may be steam or chemically sterilized in-line with any industrial cleaner, solvent, or sterilizing method. Care should be taken with steam sterilization of COILTEF to prevent coil relaxation. Testing is recommended. COILTEF can be manufactured from .085" to 1/2" tubing ID. The coil diameter can be produced from 3/4" OD to 4" OD.
APPLICATIONS:
Chemical Hose - Deionized Water Transfer - Dispensing Systems - Laboratory - Medical - Paint Spray - Pure Air & Water Systems - Robotics
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![CPVC Fittings - Gray]( "CPVC Fittings - Gray")
CPVC Fittings - Gray
CPVC Fittings - Gray
With metallic piping systems, piping corrosion is an ongoing problem that can lead to process leaks, flow restrictions and, ultimately, premature failures.
But Corzan® CPVC and Corzan® HP industrial piping systems are made from a non-corrosive, durable chlorinated polyvinyl chloride (CPVC) technology that makes them chemically inert to most mineral acids, bases and salts, as well as aliphatic hydrocarbons found in industrial applications, including metal finishing, chemical processing, water systems, wastewater treatment.
For both new systems and repairs to existing systems, Corzan industrial systems offer a tremendous value versus metallic and non-metallic options even at elevated temperatures at pressure up to 200° F. Additionally, over the long-term, Corzan CPVC technologies can result in a significantly lower total installed cost than most other piping alternatives because of stable material costs, a longer service life resulting from it's natural chemical resistance, lower maintenance costs, reduced downtime and a fast and easy installation process.
CPVC pipe and fittings are available through 24" diameter, and all Corzan industrial systems meet the 24448 cell class up to 8" diameter, as defined by ASTM D1784.
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![CPVC-350 - ESd FM 4910 (Bending Grade)]( "CPVC-350 - ESd FM 4910 (Bending Grade)")
CPVC-350 - ESd FM 4910 (Bending Grade)
CPVC-350™ - ESd FM 4910 (Bending Grade)
Static Dissipative CPVC Sheet to meet Factory Mutual FM-4910
CPVC-350™ FM 4910 is a plastic sheet product that controls static electricity in clean room applications requiring flame retardant clear plastic. These applications include bent and contoured panels for: cleanroom glazing, equipment covers, enclosures, and windows. The product is a Factory Mutual 4910* compliant chlorinated polyvinyl chloride sheet coated with SciCron Technologies clear, C-350™ static dissipative coating to prevent charge generation on the sheet surfaces. This controls particulate attraction and prevents electrostatic discharge (ESD) events completely independent of humidity. CPVC-350 - FM 4910 has excellent flammability and smoke generation properties, plus superior chemical resistance and bending properties.
*The CPVC substrate used to make this product has been tested according to procedures outlined in the Factory Mutual Clean Room Materials Flammability Test Protocol (Class 4910) and is listed in the Factory Mutual Research Approval Guide. It has been formulated to resist fire and to emit low levels of smoke when tested according to this protocol. The C-350 coated product, CPVC-350 - FM 4910, has not been similarily tested by Factory Mutual Research, however, it is very unlikely that the presence of the C-350 coating on the sheet surfaces has any influence on the flammability characteristics of the sheet when tested according to the 4910 protocol. The C-350 coating, which is only one micron thick, is formulated with an incombustible conductive metal oxide which makes up 66% of the coating weight. The remainder of the coating adds less than 0.3 gram of combustible binder per square foot of coated sheet surface. The addition of such a small fractional percentage of combustible material is extremely difficult to detect.
- CPVC-350 - FM 4910 is available in a Transparent Blue-Gray Tint.
- Standard Thicknesses: 0.125", 0.187", 0.250", 0.375", 0.500", 1.00"
- Standard Sheet Size: 48" x 96" nominal (trimmed size - 47" x 97")
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D574-A Polyester Flash Tape
D574-A POLYESTER FILM WITH ADHESIVE
D574-A is used primarily in metal bond and composite shops to break excessive adhesive and to hold materials in place before and during cure cycles.
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D575-R Polyester Flash Tape
D575-R is a "super sticky" polyester flash tape used primarily in metal bond and composite shops to break excessive adhesive and to hold materials in place before and during cure cycles.
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Delrin® Tubes (Acetal H)
Delrin® tubes (acetal homopolymer) have many of the same characteristics of industrial metals such as brass, aluminum, zinc, and stainless steel. Some of Delrin's comparable properties include stiffness, dimensional stability, impact resistance, and structural strength. Delrin 150 natural, standard general purpose, unfilled acetal has the best impact toughness of all unfilled Delrin® formulations. This is the standard grade as supplied on this page.
- Delrin® Tubes are also called Delrin Tubular Bar, Hollow Bar, Bushing Stock, or Tubing
- Delrin® Tubes are supplied in Standard 5 Foot Lengths (longer lengths available request)
- Meets ASTM D6778 ( superceeds ASTM D4181 )
- Delrin® is a registered tradename of E.I. Dupont DeNemours.
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