Construction

• Constructed of continuously interlocked stainless steel core for exceptional crush and corrosion resistance.
• Durable, sunlight resistant, flame retardant, LOW SMOKE and ZERO HALOGEN, liquid tight, TPU jacket. 

Specifications

• Resists heat, oil and chemical breakdown
• Approved for direct burial and in concrete trade sizes 3/8" through 2"
• Meets the demands of today’s higher temperature rated conductors 
• Color: Black
• Temperature range: -40°F to +176°F (-40°C to +80°C)
• UV (sunlight), corrosion and oil resistant
• Use a separate grounding conductor or bonding jumper per NEC Article 250.118(5)(f)

Compliant with NEC Articles

• 300.22 (D) Information Technology Equipment
• 250.102, 250.118(5)(f) and 250.134(B) Equipment Grounding
• Suitable for Hazardous Locations per NEC Articles
• 501.10(B)(2) Class I Div. 2
• 502.10(A)(2) Class II Div. 1 & 2
• 503.10(A)(3) and (B) Class III Div. 1 & 2
• 350 Liquid-tight Flexible Metal Conduit (LFMC)
• 645.5 (E) (2) Under raised floors

Applications 

• Commercial applications where Zero Halogen and Low Smoke conduit is specified
• Approved for installation under raised floors
• Approved for direct burial and in concrete
• Rail and aerospace transport
• Commercial buildings

Certifications

UL 360 DXHR.E18917 / NEC Article 350 / RoHS WEEE COMPLIANT
Meets requirements of NFPA 79 (2024 Edition) Section 13.5.4 LFMC and NFPA 130 (2023 Edition) Section 8.6.7.4 LFMC

• Meets or exceeds
• ASTM-E162 (Flame spread)
• ASTM-E662 (Smoke density)
• Bombardier SMP-800C (Toxic gas generation)

Recommended ANACONDA SEALTITE® Fittings

Compact 316 Stainless Steel for the best corrosion resistance 
Compact Nickel-Plated Brass for next level corrosion resistance

Construction

• Constructed of continuously interlocked stainless steel core for exceptional crush and corrosion resistance
• Durable, sunlight resistant and flame retardant thermoplastic PVC jacket that resists heat, oil and chemical breakdown

Description

• Approved for direct burial and in concrete trade sizes 3/8" through 2"
• Designed for most extreme temperature applications
• Approved for exposed and concealed locations
• Flexible metal core liquid tight conduit
• Designed for applications where a higher temperature range with UL approval is required or desired
• Black jacket available by special order
• Uses standard liquid tight connectors for easy installation
• Use a separate grounding conductor or bonding jumper per NEC Article 250.118(5)(f)

Specifications

• Stainless core with liquid tight PVC jacket
• Color: Gray
• Temperature range: -51°F to +221°F (-46°C to +105°C) CSA max +167°F (+75°C)
• UV (sunlight), corrosion and oil resistant

Applications

• Applications for high and low temperature
• Where UL approvals are required
• Steel and petrochemicals industries

Compliant with NEC Articles

• 300.22 (D) Iinformation Technology Equipment
• 250.102, 250.118(5)(f) and 250.134(B) Equipment Grounding
• Suitable for Hazardous Locations per NEC Articles
• 501.10(B)(2) Class I Div. 2
• 502.10(A)(2) Class II Div. 1 & 2
• 503.10(A)(3) and (B) Class III Div. 1 & 2
• 350 Liquid-tight Flexible Metal Conduit (LFMC)
• 645.5 (E) (2) Under raised floors

Certifications

UL 360 DXHR.E18917 / NEC Article 350 / RoHS WEEE COMPLIANT
Meets requirements of NFPA 79 (2024 Edition) Section 13.5.4 LFMC and NFPA 130 (2023 Edition) Section 8.6.7.4 LFMC

Recommended ANACONDA SEALTITE® Fittings

Compact 316 Stainless Steel for the best corrosion resistance 
Compact Nickel-Plated Brass for next level corrosion resistance

Construction

• Constructed of continuously interlocked hot dipped zinc galvanized steel core for exceptional crush and corrosion resistance.
• Durable, UV (sunlight) resistant PVC jacket that resists heat, oil and chemical breakdown.
• Temperature range: -40°F to +176°F (-40°C to + 80°C)
• UV (sunlight), corrosion and oil resistant.
• Color: Black.
• Approved for direct burial and in concrete. 
• Available in Trade sizes 3/8 to 4 inches.
• Greatly exceeds UL 360 Sunlight Resistance requirements.
• Independently proven durability, after UV exposure over 3.8 times longer than the UL 360 standard using a Weatherometer.

Compliant with NEC Articles

• 300.22 (D) Information Technology Equipment
• 250.102, 250.118(5) and 250.134(B) Equipment Grounding
• Suitable for Hazardous Locations per NEC Articles
• 501.10(B)(2) Class I Div. 2
• 502.10(A)(2) Class II Div. 1 & 2
• 503.10(A)(3) and (B) Class III Div. 1 & 2
• 350 Liquid-tight Flexible Metal Conduit (LFMC)
• 645.5 (E) (2) Under raised floors

Certifications

UL 360 DXHR.E18917 / NEC Article 350 / RoHS WEEE COMPLIANT
Meets requirements of NFPA 79 (2024 Edition) Section 13.5.4 LFMC and NFPA 130 (2023 Edition) Section 8.6.7.4 LFMC

Recommended ANACONDA SEALTITE® Fittings

Compact 316 Stainless Steel for the best corrosion resistance 
Compact Nickel-Plated Brass for next level corrosion resistance

Construction

• Constructed of continuously interlocked stainless steel core for exceptional crush and corrosion resistance
• Durable, sunlight resistant and flame retardant thermoplastic PVC jacket that resists heat, oil and chemical breakdown

Description

• Approved for direct burial and in concrete trade sizes 3/8" through 2"
• Designed for most extreme temperature applications.
• Approved for exposed and concealed locations
• Flexible metal core liquid tight conduit
• Designed for applications where a higher temperature range with UL approval is required or desired
• Approved for direct burial and in concrete applications up to 2”
• Black jacket available by special order
• Uses standard liquid tight connectors for easy installation
• Use a separate grounding conductor or bonding jumper per NEC Article 250.118(5)(f)

Specifications

• Stainless steel core with liquid tight PVC jacket
• Color: Gray
• Temperature range: -51°F to +221°F (-46°C to +105°C) CSA max +167°F (+75°C)
• UV (sunlight), corrosion and oil resistant

Compliant with NEC Articles

• 300.22 (D) Information Technology Equipment
• 250.102, 250.118(5)(f) and 250.134(B) Equipment Grounding
• Suitable for Hazardous Locations per NEC Articles
• 501.10(B)(2) Class I Div. 2
• 502.10(A)(2) Class II Div. 1 & 2
• 503.10(A)(3) and (B) Class III Div. 1 & 2
• 350 Liquid-tight Flexible Metal Conduit (LFMC)
• 645.5 (E) (2) Under raised floors

Certifications

UL 360 DXHR.E18917 / NEC Article 350 / RoHS WEEE COMPLIANT
Meets requirements of NFPA 79 (2024 Edition) Section 13.5.4 LFMC and NFPA 130 (2023 Edition) Section 8.6.7.4 LFMC

Recommended ANACONDA SEALTITE® Fittings

Compact 316 Stainless Steel for the best corrosion resistance 
Compact Nickel-Plated Brass for next level corrosion resistance

Construction

• Constructed of continuously interlocked hot dipped zinc galvanized steel core for exceptional crush and corrosion resistance.
• Anti-static, durable, sunlight resistant and flame retardant thermoplastic PVC jacket that resists heat and chemical breakdown.

Description

• Meets NEN-EN-IEC 600079-0 Section 26-13 anti-static surface resistivity requirement of less than 1 billion (thousand million) Ohms
• Surface resistance remains less than 1 billion (thousand million) Ohms after accelerated aging
• Approved for direct burial and in concrete trade sizes 3/8" through 2"
• Protection of 1000 volt and lower potential circuits
• Not suitable for oily environments

Specifications

• Galvanized steel core with liquid tight PVC jacket
• Color: Black
• Temperature range: -40°F to +221°F (-40°C to +105°C) CSA max +167°F (+75°C) 
• UV (sunlight) and corrosion resistant
• UL 360 Approved #E18917 and NEC Article 350
• CSA C22.2 #LL15275 
• CSA Certified “Heavy-Duty” 1/2” and up

Compliant with NEC Articles

• 300.22 (D) Information Technology Equipment
• 250.102, 250.118(5) and 250.134(B) Equipment Grounding
• Suitable for Hazardous Locations per NEC Articles
• 501.10(B)(2) Class I Div. 2
• 502.10(A)(2) Class II Div. 1 & 2
• 503.10(A)(3) and (B) Class III Div. 1 & 2
• 350 Liquid-tight Flexible Metal Conduit (LFMC)
• 645.5 (E) (2) Under raised floors
• CSA Certified “Heavy-Duty”  1/2” and up

Certifications

UL 360 DXHR.E18917 / CSA C22.2 #LL15275 / NEC Article 350 / RoHS WEEE COMPLIANT / CSA Certified “Heavy-Duty”  1/2” and up
Meets requirements of NFPA 79 (2024 Edition) Section 13.5.4 LFMC and NFPA 130 (2023 Edition) Section 8.6.7.4 LFMC

Recommended ANACONDA SEALTITE® Fittings

Compact 316 Stainless Steel for the best corrosion resistance 
Compact Nickel-Plated Brass for next level corrosion resistance

Estrutura

• Construido com nucleo de aco galvanizado a fogo, continuamente intertravado, grantindo otima resistencia a corrosao e compressao.
• Revestimento termoplastico de PVC duravel, resistente a luz do sol e reardante de chamas, resistente tambem a calor, oleo e degeneracao quimica.

Certificação
LISTADO NA U.L.
CERTIFICADO PELA CSA
Em conformidade com a RoHS WEEE

Estrutura

• Construido com nucleo de aco galvanizado a fogo, continuamente intertravado, grantindo otima resistencia a corrosao e compressao..
• Revestimento termoplastico de PVC duravel, resistente a luz do sol e retardante de chamas, resistente tambem a calor, oleo e degeneracao quimica.
• Projetado para suportar o uso em grande parte de temperaturas extremas.

Certificação
LISTADO NA U.L.
CERTIFICADO PELA CSA
Em conformidade com a RoHS WEEE

Estrutura

• Construido com nucleo de aco galvanizado a fogo, continuamente intertravado, grantindo otima resistencia a corrosao e compressao..
• Revestimento termoplastico de PVC duravel, resistente a luz do sol e retardante de chamas, resistente tambem a calor, oleo e degeneracao quimica.

Certificação
LISTADO NA U.L
CERTIFICADO PELA CSA
Em conformidade com a RoHS WEEE

Estrutura

• Construido com nucleo de aco galvanizado a fogo, continuamente intertravado, grantindo otima resistencia a corrosao e compressao..
• Revestimento termoplastico de TPU duravel, BAIXA PROPAGACAO DE FUMACA e HALOGENIO ZERO resistente a luz do sol e retardante de chamas, resistente tambem a calor, oleo e degeneracao quimica.
• Projetado para uso em temperaturas extremas.
• Atende a demanda atual para condutores classificados para temperaturas mais altas.

Certificação
LISTADO NA U.L.
Em conformidade com a RoHS WEEE