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    35 Products

    Chemical-Resistant Ultra-Low-Friction PTFE Film

    Image of Product. Front orientation. Plastic. Chemical-Resistant Ultra-Low-Friction PTFE Film.
    PTFE has a naturally slippery surface that allows objects to easily slide across it. It resists most solvents and stands up to extreme temperatures. It’s also an excellent electrical insulator.
    Skived—Skived products are more likely to curl than extruded and molded products.
    FDA Standard—For adhesive-back film that is FDA compliant, the film meets the standard, but the adhesive does not.
    Thk.
    Thk. Tolerance
    Wd.
    Fabrication
    Min.
    Temp.
    Max. Temp.,
    ° F
    Tensile Strength,
    psi
    Impact Strength,
    ft·lbf/in
    Color
    Food Industry
    Std.
    Choose a Length, ft.
    Per
    Ft.
    Smooth Texture
     
    Adhesive Backing
    0.014"-0.0007" to 0.0007"12"SkivedNot Rated2504,5003.5Semi-Clear WhiteFDA Standard
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    ,
    10
    2208T62000000
    0.014"-0.0007" to 0.0007"36"SkivedNot Rated2504,5003.5Semi-Clear WhiteFDA Standard
    1
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    3
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    4
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    10
    2208T8200000
     

    3D Printer Build Surfaces

    Image of Product. Front orientation. 3D Printer Build Surfaces.
    Image of Specification. Front orientation. Contains Border. Amber.
    Image of Specification. Front orientation. Contains Border. Black.

    Amber

    Black

    Also known as build sheets, stick these sheets to your printer bed for more accurate 3D printed parts than those made on bare printer beds, masking tape, and glue. They won’t transfer heat between your part and printer bed, which means they grip your part as it prints to keep it from shifting. Then they easily release the part without damaging it once it’s cooled. Because they’re insulating, they also protect glass printer beds from cracking due to sudden temperature changes, so you won’t need to replace the bed as often. You can reuse these sheets multiple times, since they’re durable and stand up to heat.
    Use these sheets with fused filament fabrication (FFF) 3D printers. Cut them to size with scissors before sticking them to your printer bed. For large print surfaces, use primer and smoothing tools (both sold separately) to remove wrinkles and trapped air bubbles.
    PEI—PEI print surfaces don’t grip as tightly as plastic-blend print surfaces, making them easier for removing sticky filaments, such as PETG. They also last longer. Their smooth exterior leaves a smooth finish on the bottom of your part.
    Plastic Blend—Plastic-blend print surfaces have a stronger hold than PEI print surfaces, so they’re good for polycarbonate and other filaments that are prone to warping. But, this makes them difficult for removing some polyester-based filaments. Since they’re rough, they leave a textured finish on the bottom of your part.
    Lg.
    Wd.
    Thk.
    For Printer
    Bed Temp.
    Color
    Each
    Plastic Blend—For Heated and Unheated Printer Beds
    4 1/2"4 1/2"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N1100000
    6 5/16"5 1/8"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N120000
    6 1/2"6 1/2"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N130000
    8"8"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N1500000
    8 7/8"8 7/8"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N1800000
    9 1/4"6 1/4"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N1400000
    10"6 1/2"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N1600000
    10"8"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N1900000
    10"9"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N200000
    10"9 1/2"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N2100000
    10"10"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N2200000
    11 1/2"6 1/2"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N1700000
    12"12"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N2300000
    16"16"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N2400000
    19 7/8"19 7/8"0.014"21° C to 120° C
    70° F to 248° F
    Black3697N2500000
     
    PEI—For Heated and Unheated Printer Beds
    6 5/16"5 1/8"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N260000
    6 1/2"6 1/2"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N2700000
    8"8"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N2900000
    8 7/8"8 7/8"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3100000
    9 1/4"6 1/4"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N2800000
    10"6 1/2"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N300000
    10"8"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3200000
    10"9"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3300000
    10"9 1/2"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3400000
    10"10"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3500000
    12"12"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3600000
    16"16"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3700000
    19 7/8"19 7/8"0.014"21° C to 150° C
    70° F to 302° F
    Amber3697N3800000
     
    Accessories for 3D Printer Build Surfaces

    Filter Paper

    Image of Product. Front orientation. Filter Paper. Filter Paper.
    Cut or fold this paper to the size and shape you need for liquid filtration applications. It’s often used to make pleated filter cartridges. Paper is 100% synthetic and has no binders or adhesives.
    Polypropylene—Polypropylene paper resists solvents and acids.
    Removes Particle
    Size Down To, μm
    Thk.
    Max. Temp.,
    ° F
    Color
    12" ×
    12"
    12" ×
    24"
    Sheets
     
    Polypropylene
    100.014"320White9337T36
    000000
    000000
     

    Carbon Fiber Sheets

    Image of Product. Front orientation. Contains Inset. Carbon Fiber. Carbon Fiber Sheets, Unidirectional Weave.

    Unidirectional Weave

    Use these resin-free carbon fiber sheets to reinforce or repair existing composites as well as create new composites. Mold custom-shaped composite parts by layering carbon fiber sheets with an epoxy. The epoxy (sold separately) is a two-part resin that begins to harden in 15 hours and reaches full strength in 4 days. Finished composite pieces withstand temperatures up to 250° or 350° F.
    Carbon fiber is the strongest composite we offer.
    Unidirectional Weave—Sheets with a unidirectional weave have most of their fibers running in one direction. This weave is preferred when making tubular parts, such as vehicle frames, where linear strength and rigidity are required. Often referred to as nonwoven, these are best for reinforcing applications. However, they’re hard to machine because they may splinter.
    50" Wide ×
    36" Long
    Thk.
    Color
    Temp. Range,
    ° F
    Fiber Tensile Stiffness
    For Use
    Outdoors
    Each
    Unidirectional Weave
    0.014"Black0 to 25033 msi to 36 msi (Standard)No1824N120000000
     
    Epoxy
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