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Ketron® MD PEEK - Metal Detectable
Ketron® MD PEEK - Metal Detectable PEEK for Food Process and Packaging Equipment. This PEEK metal detectable material is best suited for applications where high line speeds require good wear resistance, or where operating temperatures in use are higher than 130° C. Is is a good material solution for machine parts which undergo multiple sterilization, mainly in equipment with CIP (cleaning in place) or SIP (sterilization in place).
Applications:
- Filling pistons - Manifolds - Valves - Scrapers in cookers and high temperature mixers - Hot oil applications in fryers and ovens - Thrust washers - Guiders - Bushings
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Ketron® VMX Food Grade PEEK
Ketron® VMX Food Grade PEEK - Engineered plastics with visual, metal, and x-ray detectability. Increase safety and efficiency with the VMX (Visual, Metal, X-Ray) portfolio. Our new VMX polymers enhance your food processing capabilities by bringing three-way detectability and dual food compliance (EU and FDA). The range includes four unique polymers - each tailored to meet different performance requirements.
Applications: Filling pistons, Manifolds, Valves, Scrapers in cookers and high-temperature mixers, Hot oil applications in fryers and ovens, Thrust washers, Guiders, Bushings
Blue plastics with metal and x-ray detectability offers Food Compliant Materials that are detectable in three ways:
- Visual Detection (materials are a highly visible blue)
- Metal Detection
- X-Ray Detection
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![Krefine ESd PEEK, PEI, PES, PBI]( "Krefine ESd PEEK, PEI, PES, PBI")
Krefine ESd PEEK, PEI, PES, PBI
Krefine ESd PEEK, PEI, PES & PBI stock shapes provide consistent, repeatable surface and volume ESD values regardless of the thickness or measurement point on the stock shape. The surface resistance of Krefine is easily controlled at the specific levels required for ESD control materials by use of Krefine's special carbon technology.
Krefine Product Range & ESd Resistance (Surface & Volume):
- Krefine SS11: (PEEK) Surface Resistance: 1010-12 ohms - Typical Application: Burn-in & Test Sockets
- Krefine EKH-SS10 (PEEK) Surface Resistance: 109-10 ohms - Typical Application: Burn-in & Test Sockets
- Krefine SS09 (PEEK) Surface Resistance: 108-10 ohms - Typical Application: Wafer Handling
- Krefine SS07 (PEEK) Surface Resistance: 106-8 ohms - Typical Application: Hard Disk Drive
- Krefine EKR-S120 (PEEK) Surface Resistance: 1013 ohms - Typical Application: Test Sockets for High Frequency
- Krefine EKR-S130 (PEEK) Surface Resistance: 1012 ohms - Typical Application: Test Sockets for High Frequency
- Krefine EIH-SS11 (PEI) Surface Resistance: 1010-11 ohms - Typical Application: Burn-in & Test Sockets
- Krefine ESH-SS11 (PES) Surface Resistance: 1010-11 ohms - Typical Application: Burn-in & Test Sockets
- Krefine BIH-SS07 (PBI Polybenzoimidazole) Surface Resistance: 106-8 ohms - Typical Applications: Hard Disk Drive, Wafer Handling
- Krefine CDH-SS08 (PPS) Surface Resistance: 107-9 ohms - Typical Applications: Hard Disk Drive, Wafer Handling
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Kydex® XD 3D Laminates
KYDEX® XD 3D Laminates - For flat lamination and membrane pressed applications
KYDEX® XD is a thermoplastic 3D laminate giving designers the ability to incorporate compound corners, logos and wire management holes, eliminating unsightly seams and the need for edgebanding typically associated with HPL / TFM surfaces.
General Information:
Extreme durability (XD), superior impact, membrane pressable thermoplastic 3D laminate with integral color from 0.030 inch to 0.040 inch (0.76mm-1.02mm) thickness.
Suggested Applications: Store Fixtures, Kiosks, Checkout Counters, Cabinetry, Exhibits and Displays, Door and Drawer Fascias, Moldings, Pedestals and Stands, Transaction Surfaces, Workstations, Tabletops, Logo and Trademark Panels
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Kytec® PVDF
Kytec® PVDF is an ultra pure fluoropolymer suited for harsh chemical, thermal, and ultraviolet environments. Resistant to most acids, bases, and organic solvents and is ideally suited for handling wet or dry chlorine, bromine and other halogens. Kytec® PVDF is typically used in semiconductor, petrochemical, and nuclear industries.
Effective September 9, 2021, Vycom has discontinued the production of Kytec® PVDF products. Limited availability of existing stock will be sold-off and customers should switch to other brands of PVDF. Fortunately, Professional Plastics offers PVDF from several other suppliers, so a steady supply of PVDF will continue to be available to our customers.
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![Last-A-Foam® FR-3700 Series Performance Core]( "Last-A-Foam® FR-3700 Series Performance Core")
Last-A-Foam® FR-3700 Series Performance Core
Last-A-Foam® FR-3700 Performance Core Series - FR-3700 is a CFC-free, rigid, closed-cell, flame-retardant polyurethane foam available in densities ranging from 3 to 40 pounds per cubic foot. It exhibits a high strength-to-weight ratio due to its cellular structure and cross-linked resin. Because of its closed-cell structure, LAST-A-FOAM FR-3700 has great resistance to water absorption, and will not swell, crack, or split on exposure to water. It particularly supports the following industries:
Aerospace
FR-3700 meets the requirements of aircraft BMS 8:133. This rigid, polyurethane foam is comparable to the FR-6700 in strength, temperature resistance and flammability performance. However, the FR-3700 is tougher (less friable) for cutting crisper edges.
Medical
High-density rigid polyurethane FR-3700 foam is used to simulate human bone as a test medium within the medical device industry.
Nuclear
FR-3700 foams are chosen for nuclear material applications and transportation of extremely hazardous waste. When used as an impact- and fire-insulation liner in transport containers, FR-3700 can be engineered to provide the ultimate in fire and collision protection for hazardous cargo, outperforming wood and other polymeric materials. The FR-3700 formulation is specially designed to allow predictable impact-absorption performance under dynamic loading. At the same time, it provides an intumescent char layer that insulates and protects hazardous materials, even when exposed to pool-fire conditions.
Radomes:
Use LAST-A-FOAM® 3700 Performance Core Series for constructing durable, weatherproof radomes. Impervious to moisture and transparent to radio signals, they protect marine, aerospace and recreational microwave antennas. Their high Tg suits prepregs that cure at higher temperatures.
In particular, our FR-3700 foam has a solid history of successful use in radioactive materials (RAM) transportation packages. The regulations governing RAM packages often require energy absorption of 30-foot free drops and exposure to a 1,475°F, 30-minute fire under accident conditions. Our FR-3700 series foam is one of very few materials that can support the RAM package design in mitigating both mechanical and thermal energy.
Applications: - Models and design prototypes - Composite core, especially where flame retardation is important - Honeycomb edge closeout for aircraft interior sandwich panels used in overhead storage bins, passenger cabin class dividers, galleys and lavatories - Radioactive materials (RAM) transportation packages - Impact- and fire-insulation liner for hazardous waste containers - Vacuum form dies and mold patterns - Artificial human bone test media - Core material for composite prostheses - Load bearing
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Last-A-Foam® FR-4300 Series Thermoformable Board
Last-A-Foam® FR-4300 Series Thermoformable Board is a unique flame-retardant structural polyurethane foam. It is ideal for composite panel cores and other structures where compound-curved surfaces or other details can be made with low-cost heat-forming methods. While it is heat-formable, it retains all the chemical and solvent-resistant properties of polyurethane foams. A closed-cell material, it is easily bonded and will accept a variety of adhesives and coatings.
The last two digits of FR-4300 product numbers describe foam density in pounds per cubic foot.
- For example: FR-4320 is a 20-lb. per cubic foot foam.
- Please advise density when requesting a quote for this material.
- Standard Densities: 10 lb, 12 lb, 15 lb, 18 lb, 20 lb & 25 lb
Applications:
- Composite panel cores
- Detailed structures and compound-curved surfaces
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![Last-A-Foam® FR-4700 Tooling Foam]( "Last-A-Foam® FR-4700 Tooling Foam")
Last-A-Foam® FR-4700 Tooling Foam
LAST-A-FOAM® FR-4700 high-temperature polyurethane foam tooling boards can withstand peak temperatures up to 400° F (200°C) and continuous-use temperatures up to 350° F (177°C) which is significantly more than other products on the market. This series is non-abrasive and can be machined with standard high-speed steel (HSS) cutting tools. It can also be cut cleanly with water jets and traditional wood-carving tools. Affordable and dimensionally stable, this rigid foam board is ideal for prototype machining, high-temperature curing prepregs, vacuum forming, pattern making, and other limited-run tooling where traditional metal dies are cost-prohibitive. The FR-4700 high-temperature series of high-density foam is available in thicknesses up to 12 inches in 18-lb. densities, and up to 11 inches in 30- and 40-lb. densities. This high-performance material is an excellent choice for all of your high-temperature needs.
High Temperature Foam Applications:
- Prototype machining - Prepreg composite layup tools - High-temperature curing prepregs - Master plugs and molds - Vacuum forming
- Tool proofing - Limited-run tooling - Pattern making - Master model making - Monolithic tools and molds
Products - Density (lbs/ft3) - Height x Width x Length
- FR-4718 - 18 lbs/ft3 - 12" x 48" x 96"
- FR-4730 - 30 lbs/ft3 - 11" x 24" x 96"
- FR-4740 - 40 lbs/ft3 - 11" x 24" x 96"
Shown are maximum standard stock sizes based on density. Custom sizes are available. Cut sizes are available from .125 inches (3.175 mm) up to standard stock heights as listed above.
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Last-A-Foam® FR-6700 Aircraft Foam
LAST-A-FOAM® FR-6700 Aircraft Foam is a high performance, CFC-free, rigid, closed-cell, flame-retardant polyurethane foam. It is available in densities ranging from 3 to 40 pounds per cubic foot.
- The last two digits of FR-6700 product numbers describe foam density in pounds per cubic foot.
- Example: FR-6720 is 20-lb. per cubic foot, FR-6725 is 25-lb. per cubic foot,
- Please advise density when requesting a quote for this material.
- Densities: 10 lb, 12 lb, 15 lb, 18 lb, 20 lb & 25 lb
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![Lava - Alumina Silicate L911A]( "Lava - Alumina Silicate L911A")
Lava - Alumina Silicate L911A
Machinable Alumina Silicate L911A (Lava)
- Aluminum silicate is machinable in an unfired state and used in applications up to 1000 F
- After firing, parts are as hard as carbide & usable up to 2100 F
- Aluminum silicate has low thermal expansion
Aluminum silicate is low cost
- Aluminum silicate is available in wide range of stock up to 12" in diameter.
Grade "A" Lava is a natural ceramic material. In chemical terms it is a hydrous alumina silicate. We supply this material in standard rods, blocks, and plates as well as special shapes.
Machining
Unfired Grade "A" Lava is a free machining material that can be shaped using most machine tools. The material is non-toxic but as with any airborn dust it could a be respiratory irritant if directly inhaled. Common sense and dust collection systems are recommended.
Firing:
The following procedure should be followed carefully to avoid cracking:
Machined parts should be placed in a cool furnace and protected from direct heat radiation. The use of refractory furniture, boxes,or baffles is recommended. A heating rate of 200 - 250º F per hour is typical. The rate of heating should not exceed 300º F per hour. Parts with cross sections exceeding 1/2" are more critical and cracking may occur during the firing cycle. If a cross section of 1/2" or greater is unavoidable, a heating rate of approximately 50º - 150º F per hour and strategically placed stress relief holes may help minimize cracking.
The maturing temperature of Grade "A" Lava is between 1850º and 2000º F. The temperature should be maintained for approximately 30 minutes up to 1/4" cross section and 45 minutes for 1/2" and greater cross sections. Fired pieces may be removed from the furnace after cooling below 200º F.
During the firing process, Grade "A" Lava expands approximately 2%. A temperature of 2000º F should not be exceeded. If 2000º F is exceeded, crystallization, distortion, shrinkage and a loss of stated material properties will occur.
As with most natural materials, texture, color, hardness, machinability, final expansion, and ideal firing temperatures may vary.
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Louver - Paracube 1
The entire Paracube 1 Family - ESP & VDT products represent the ultimate in contemporary architectural design and proves comfortable lighting. The Paracube 1 ESP offers the highest luminary efficience and coefficient of utilization. The ESP offers excellent glare control and is ideal for use in a wide range of applications including public areas, location involving more difficult of critical visual tasks and areas with computer terminals. The Video Display Terminal (VDT) Series offers the best glare control properties and is excellent for use in rooms or office with computer terminals where fluorescent lighting glare is a problem.
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Louver - Paracube II
The Paracube II louver offered in both traditional and ESP configuration is our most versatile louver offering both glare control and higher light output while maintaining a visually pleasing and comfortable environment. The larger cell design provides higher efficiency and makes the Paracube II excellent for retail environments, high ceiling and other lighting applications where more light is desirable. The Paracube II is also ideal for office settings with greater spacing between fixtures.
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Louver - Paracube III
Paracube III
The Paracube III combines superior beauty, light control and the highest light transmission in a parabolic louver. This larger cell louver offers the highest efficiency and coefficient of utilization of any member of the Paracube family. The Paracube III is ideal in high ceiling applications, offices with greater spacing between light fixtures, corridors, public and general offices, and retail merchandising applications where "light for selling" is critical. Highest quality construction available
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Louver - Paracube V
Paracube V
The Paracube V is a comfortable aesthetic comprise between the smaller Paracube I and II series and the much larger Paracube III. It delivers high levels of efficiency and illumination while providing tight glare control. The Paracube V is an excellent choice for the discerning end-user who wants economical light distribution with outstanding glare control and the highest levels of visual comfort.
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![Magmatech XL-911A]( "Magmatech XL-911A")
Magmatech XL-911A
Machinable Magmatech XL-911A is a natural ceramic material. In chemical terms it is a hydrous alumina silicate. We supply this material in standard rods, blocks, and plates as well as special shapes.
- Applications Include: prototype hardware, insulators, bushings, soldering fixtures, nozzles, welding tips or whatever you need.
Machining
Unfired Magmatech XL-911A is a free machining material that can be shaped using most machine tools. The material is non-toxic but as with any airborn dust it could a be respiratory irritant if directly inhaled. Common sense and dust collection systems are recommended.
Firing:
The following procedure should be followed carefully to avoid cracking:
Machined parts should be placed in a cool furnace and protected from direct heat radiation. The use of refractory furniture, boxes,or baffles is recommended. A heating rate of 200 - 250º F per hour is typical. The rate of heating should not exceed 300º F per hour. Parts with cross sections exceeding 1/2" are more critical and cracking may occur during the firing cycle. If a cross section of 1/2" or greater is unavoidable, a heating rate of approximately 50º - 150º F per hour and strategically placed stress relief holes may help minimize cracking.
The maturing temperature of Magmatech XL-911A is between 1850º and 2000º F. The temperature should be maintained for approximately 30 minutes up to 1/4" cross section and 45 minutes for 1/2" and greater cross sections. Fired pieces may be removed from the furnace after cooling below 200º F.
During the firing process, Magmatech XL-911A expands approximately 2%. A temperature of 2000º F should not be exceeded. If 2000º F is exceeded, crystallization, distortion, shrinkage and a loss of stated material properties will occur.
As with most natural materials, texture, color, hardness, machinability, final expansion, and ideal firing temperatures may vary.
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Makrofol DE 6-2 Fine Velvet-Very Fine Matte
Makrofol DE 6-2 is a translucent film based on Makrolon, the Hightech Polycarbonate made by Bayer MaterialScience. The dazzle free and scratch resistent film has been developed especially for graphic applications and comprises a unique surface combination fine velvet-very fine matte. It is available in a number of standard thicknesses between 125 and 500µm. Other thicknesses on request., Instrument panels, displays, control panels, nameplates, dials, scales, LCD displays, automotive interior decoration.
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Makrofol® DE 1-4 Gloss/Fine Matte
Makrofol® DE 1-4 Polycarbonate Gloss/Fine Matte Film - Makrofol DE 1-4 is a translucent extrusion film based on Makrolon, the High Tech Polycarbonate made by Covestro (formerly Bayer MaterialScience). It comprises all of the well known advantages of Poylcarbonate such as excellent mechanical and optical properties. The surface combination of Makrofol DE 1-4 is one side gloss - one side very fine matt. It is available in various standard thicknesses between 100 and 500µm, other thicknesses on request.
- Cross reference to GE Lexan 8A35F & 8A35VF.
- The "V" after GE's Designation indicates UL Listing equal to DE 1-4
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![Marine Pro™ HDPE Marine Board]( "Marine Pro™ HDPE Marine Board")
Marine Pro™ HDPE Marine Board
Marine Pro™ High Density Polyethylene Marine Board is specially formulated to withstand the rigors of harsh outdoor marine environments. It is UV-stabilized to resist damage and retain its beauty, even after years of direct sunlight. Marine Pro™ is replacing wood and laminates in boating applications, because it does not splinter, crack, delaminate, rot, swell or absorb water like traditional materials. Even under heavy foot traffic on yacht decks, it remains virtually maintenance-free. There is no need to stain or paint Marine Pro™ Marine Board every few years. The color is integrated with the polymer and retains its vibrant appearance better than painted wood. Fabrication and finishing are easy with standard woodworking tools. Marine Pro™ Marine Board forms easily for smooth curves and bends.
Standard Colors: Polar White, Seafoam, Sand Shade Stone Grey, Light Grey, Dolphin Grey and Black. - Colors can also be matched to your exact requirements.
Standard Size: approximately 1371mm x 2440mm (54" x 96"). Other sizes available upon request
Standard Thicknesses: .250", .375", .500", .750", 1.00", 1.25", and 1.50".
Standard Finish: Textured.
Applications: Cabinets and countertops, Doors and Windows, Frames, Swim Platforms, Trim and Molding, Steps and Ladder Tread, Railing, Bait Tank Covers, Hatch Covers
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![Marinite M]( "Marinite M")
Marinite M
Marinite M is a non-asbestos, incombustible material manufactured in panel form. Designed to combine structural strength and high thermal insulating values. Oven dried formulations of BNZ boards are used in a variety of heat insulating processes, fire protection and machined parts. Selection is commonly based on a balance between strength and insulating qualities. Examples include oven walls and linings, soldering insulation, fire doors, fire training burn buildings, cable trays, personnel protection, and as USCG-approved insulation for marine ships and off-shore rigs. Back-up insulation applications include ladles, torpedo cars and tundishes in the iron and steel industry, lime and cement plant rotary kilns, and aluminum die cast holding furnaces.
Marinite M Applications:
Potential applications include the construction of ovens, dryers and other insulated housings for the retention and control of heat. It can be machined to form heat baffles and other insulating parts.
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Marinite® P
Marinite P structural insulation is an incombustible, self-supporting board that combines high insulating values, fire safety, and exceptionally
high compressive strength in a variety of fire protection and heat processing applications. Damage-resistant Marinite P insulation is a non-asbestos material
formed from calcium silicate with inert fillers and reinforcing agents. It combines structural strength and thermal insulation properties in a single
material.
- Marinite® P Refractory Products - Fire-Resistant Structural Insulation
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