SMC Fluoropolymer, Hose Pipe, 9 mm ID, 12 mm OD, Translucent, 20 m

Subtotal (1 unit)*

PHP45,612.63

(exc. VAT)

PHP51,086.15

(inc. VAT)

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1 +PHP45,612.63

*price indicative

RS Stock No.:
366-394
Mfr. Part No.:
TH1209N-20
Manufacturer:
SMC
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Brand

SMC

Product Type

Hose Pipe

Inside Diameter

9mm

Outside Diameter

12mm

Material

Fluoropolymer

Maximum Operating Pressure

1 Mpa

Application

General Pneumatic Piping, Automobile, Medical Care, Semiconductor

Minimum Operating Temperature

-20°C

Maximum Operating Temperature

200°C

Colour

Translucent

Standards/Approvals

1959, ISO 4414, Ministry of Japanese Health and Safety, RoHS, Directive 370, JIS B 8370

Length

20m

Bend Radius

15mm

COO (Country of Origin):
JP
The SMC FEP Tubing (Fluoropolymer) is meticulously designed to meet the high demands of various applications such as general pneumatic piping, food processing, and medical care. Engineered with heat resistance ratings up to 200°C, this tubing adapts seamlessly to operating pressures, ensuring reliability in performance. Its translucent material allows for easy monitoring of fluid flow, while the available colour variations cater to visual identification in complex systems. The tubing offers a remarkable versatility for different sizes, making it ideal for both metric and inch specifications, thus accommodating diverse operational environments. With a commitment to safety and durability, this product withstands the rigours of industrial use, promising longevity and minimal maintenance.

Exceptional flexibility ensures easy installation and routing

Resistant to a wide range of chemicals, enhancing usability across various industries

Allows for visual inspection of fluid flow, improving operational efficiency

Available in multiple colour options for easy identification in assembly

Designed with a minimum bending radius to prevent crushing under strain

Meets stringent safety standards for medical and food applications

Temperature-resistant properties ensure consistent performance even under high heat