Specification Brand : TAILONZ PNEUMATIC BulletPoint1 : 【Product Name】135 Elbow Shape Tube Fittings Push Lock BulletPoint2 : 【Material】Copper and Plastic BulletPoint3 : 【Size】3/8" Tube OD x 3/8" Tube OD BulletPoint4 : 【Maximum Pressure】0~145Psi【Working Temperature】32~140°F BulletPoint5 : 【Applicable Tube】PU / PA / PE / PVC Color : Black ConnectorType : Cap ConnectorType1 : Union ConnectorType2 : Elbow CustomerPackageType : Standard Packaging ExteriorFinish : Silver ExteriorFinish1 : Nickel ExteriorFinish2 : Brass ExternallyAssignedProductIdentifier : 7453965867189 GpsrSafetyAttestation : 1 IncludedComponents : Metric Tube ItemName : TAILONZ PNEUMATIC Black Elbow 3/8 inch Tube OD 135 Push to Connect Tube Fittings Push Lock PV-3/8 (Pack of 2) ItemPackageDimensions_Height : 14.7 centimeters ItemPackageDimensions_Length : 1.4 centimeters ItemPackageDimensions_Width : 9.7 centimeters ItemPackageQuantity : 1 ItemShape : Inline Connector ItemTypeKeyword : push-to-connect-tube-fittings Manufacturer : TAILONZ PNEUMATIC Material : Brass Material1 : Copper Material2 : Plastic ModelName : Metric Tube ModelNumber : a19090500ux0214 NumberOfItems : 2 NumberOfPieces : 2 PartNumber : a19090500ux0214 ProductDescription : ★Product Specification:
Size:3/8"Tube OD x 3/8"Tube OD Material: Copper and Plastic Shape: Elbow Shape Pressure Range: 0 ~ 145Psi Operating Temperature Range: 32~140°F Medium: Water, Air, Etc.
★Package Included:
135 Elbow Shape Tube Fittings Push Lock (2Pcs)
★Product Feature:
1. Corrosion Resistance, High Density, Not Easy to Burst. 2. The product is Sturdy and Durable and Has a Long Service Life. 3. Easy Assembly, Easy and Simple. 4. It Can be Used for The Connection of pipes and The Use of Different Pneumatic Components, and Has a Wide Range of Uses.
★Attention!
1.Do Not Use for Fittings for Drinking Water Pipes. 2.Avoid Contact with Fire Sources. 3.Working Pressure Must Not Exceed 145psi. 4.Do Not Use Fittings under Extra External Load (Bend, Twist or Pull), Otherwise It will Cause Damage or Leakage. 5.Avoid Mixing with Incompatible Materials (Strong Oxidants, Acids, Bases, Etc.).