After a half century of development, Anaconda Sealtite® has emerged as the broadest conduit brand in the world. In fact, Flexible Liquid-tight conduit was invented by Anaconda in 1947. Our brand name Sealtite® , has since become the standard name of the industry. From light industrial use to advanced nuclear applications, rely on Anaconda Sealtite® from Anamet Electrical, to get the job done. When you need Sealtite®, there is only one, and only Anamet Electrical can deliver it to you.
Anaconda SEALTITE®
Flexible Conduit Types
| Product Type | Construction | Application | Certifications |
Jacketed Conduit [Back to Top]
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Hot
Dipped Zinc Galvanized Steel Core Nylon Cord Packing Polyvinyl Chloride Cover
Size
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For Vibration, Movement,
Crossover Connections, Tight Bends
Temperature
(-20°C to +60°C)
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RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core with Bonding Wire Through 1-1/4” Polyvinyl Chloride Cover
Direct Burial and in
Concrete: 3/8” thru 4”
Size
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Where
UL Listing is Required and Conduit Grounding is Necessary
Temperature
(-20°C
to +60°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core Polyvinyl
Chloride Cover
Size
|
Designed
for General Construction Grade
Applications
Temperature
(-20°C
to +60°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core with Bonding Wire Through 1-1/4” Special Polyvinyl
Chloride Cover for Temperature Extremes Direct
Burial and in Concrete: 3/8” thru 4”
Size
|
Ideal
for Use in Environments with Extreme Temperatures and UL Listing is
Required
Temperature
(-46°C
to +105°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core EFST Core Design with
Special Oil Resistant Polyvinyl Chloride Cover
Size
|
Where Exposure to
Cutting Oils Occur
Temperature
(-23°C to +105°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core EFST
Core Design with Special Polyvinyl
Chloride Cover for Temperature Extremes
Size
|
High
and Low Temperature Environments
Temperature
(-46°C
to +105°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core EFST
Core Design with Special Thermoplastic Rubber Cover for Extreme
Temperatures
Size
|
Where
Flexibility is Required in Extreme Temperature Environments
Temperature
(-60°C
to +150°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core with Bonding Wire Through 1-1/4” Polyvinyl Chloride Cover
Direct
Burial and in Concrete: 3/8” thru 3”
Size
Special
Colors Upon Request |
Computer
Wiring Meets Requirements of NEC
Temperature
(-20°C
to +60°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core Polyvinyl Chloride Cover
Size
|
Used
for wiring protection applications where incidental food contact is
possible. Temperature ranges -4°F
to + 140°F (-20°C
to +60°C) |
NSF Component FDA Approved |
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Hot
Dipped Zinc Galvanized Steel Core with Bonding Wire Through 1-1/4” Special Zero Halogen
Cover Direct
Burial and in Concrete: 3/8” thru 4”
Size
|
For
Restricted or Self-Contained Ventilation Areas Temperature ranges -40°F
to + 176°F (-40°C
to +80°C) |
RoHS
WEEE |
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Lightweight
Corrosion Resistant Aluminum Core Polyvinyl
Chloride Cover
Size
|
Where
the Atmosphere is Corrosive and added Flexibility and Crush Strength is
Important
Temperature
(-20°C
to +60°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core Polyvinyl
Chloride Cover
Size
|
Extra
Flexible. For Use in Machine Centers and Robotics
Temperature
(-20°C
to +60°C)
|
RoHS
WEEE |
Unjacketed Conduit [Back to Top]
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Hot
Dipped Zinc Galvanized Steel Core Unpacked UL Recognized |
Extra
Flexible Extra
Strength +450°F
Maximum Temperature |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core Unpacked |
Ideal
for Applications Where Tight Bends Are Required. Easily Installed for
Mechanical Protection +450°F
Maximum Temperature |
RoHS
WEEE |
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Interlocked Zinc Coated
Strip Steel |
Flexible
With High Crush Resistance Meets Requirements of UL1 and NEC 348 +450°F
Maximum Temperature |
RoHS
WEEE |
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Lightweight
Aluminum Smooth
Inside and Outside |
Flexible
With High Crush Resistance Meets Requirements of UL1 and NEC 348 +500°F
Maximum Temperature |
RoHS
WEEE |
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FireTech™ is the
perfect insulator in steel mills, glass manufacturers, and other places
where conduit is exposed to fire, heat and molten splash. Built from
high bulk fiberglass and coated with a thick covering of iron oxide red
silicone rubber, FireTech™ can take continuous exposure to
temperatures of 500° F and shed molten slag as hot as 2,000°F |
RoHS
WEEE |
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Smooth Inner Core Polyvinyl Chloride Cover |
General
Purpose Non-Metallic-Smooth
Inner/Outer (-27˚C
to +80˚C). |
RoHS
WEEE |
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Type
nylon 66 construction with “O” ring and steel lock nut Direct
burial and in concrete: 3/8” through 2” straight connectors only |
Type B LFNC Straight and
90° connectors Meets
Requirements of NEC 356 and UL 514B (-40˚C to
+100˚C). |
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Smooth Inner Core Nylon Braided
Reinforcement Rugged Outer Jacket |
Where
Abrasion or Physical Abuse are Factors, Constant Flexing or (-20°C
to +60°C) |
RoHS
WEEE |
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Hot
Dipped Zinc Galvanized Steel Core with Bonding Wire Through 1-1/4” Special Radiation
Resistant Cover |
Nuclear
Application or Where Radiation Protection is Necessary (-40°C
to +89°C) |
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Special
Bronze core With Special Polyvinyl Chloride Cover
Military
Standard: MIL-STD 1310D |
For
High Level RFI and EMI Shielding (-46°C
to +105°C) |
RoHS
WEEE |
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Type
302 Stainless Steel Core |
Flexible
With High Crush and Corrosion Resistance 1800°F
Maximum Temperature |
RoHS
WEEE |
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Fully
Interlocked Type 302 Stainless Steel Core |
Flexible
With High Crush and Corrosion Resistance Product
will not spring open or unwind 1800°F
Maximum Temperature |
RoHS
WEEE |
