Female Straight Brass Compression Fitting For Copper Pipe

Short Description:

Compression Fitting, Brass Fittings

Our compression fittings for copper pipes are generally made of CW617N brass and CU57-3 brass. In case of special needs, other materials such as DZR can be adopted.

The rings of compression fittings are also made of CW617N brass and CU57-3 brass, which have the better flexibility to prevent the copper pipe from falling off.

We provide compression fittings in a variety of sizes, from 15mm x 1/2” to 28mm x 1”, and in a variety of structural forms, including straight, elbow, tee, etc.

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Product Detail

Product Tags

Optional Specification

Female straight brass compression fitting for copper pipe

Product Information

Product name	Brass forged Equal Tee compression Fittings
Sizes	15x1/2”, 18x1/2”, 22x3/4”
Bore	Standard bore
Application	Water, oil, gas, and other non-corrosive liquid
Working pressure	PN16 / 200Psi
Working temperature	-20 to 120°C
Working durability	10,000 cycles
Quality standard	ISO9001
End Connection	BSP, NPT
Features:	Forged brass body
	Precise dimensions
	Various sizes available
	OEM production acceptable
Materials	Spare Part	Material
	Body	Forged brass, sandblasted
	Nut	Forged brass, sandblasted
	Insert	Brass
	Seat	copper ring
	Stem	N/A
	Screw	N/A
Packing	Inner boxes in cartons, loaded in pallets
	Customized design acceptable

Optional Materials

Brass CW617N, CW614N, HPb57-3, H59-1, C37700, DZR, Lead-free

Optional Color and Surface Finish

Brass natural color or nickel plated

Applications

Fluid control system for building and plumbing: Water,oil, Gas, and other non-corrosive liquid
Brass fittings is made of forged brass or machined from brass bar, designed to connect hose pipes and other pipeline applications. Peifeng is a professional China brass fittings manufacturer and supplier.
Precautions for installation of brass compression fittings:
(1) Be sure to mark with a marker (one, workers can determine whether they are screwed in place, and second, it is convenient for management personnel to check.
(2) Do not over-tighten the nut, especially the small-sized compression joint of ≤ 1/2", because it is easy to fasten, so it is easy to over-tighten. If it is over-tightened, it may damage the thread and compression, or even damage the TUBE tube , forming a leakage hazard.
(3) Pay attention to the type (or standard) of the thread when using a crimping joint with a threaded end. It is NPT (60° tapered pipe thread, commonly used in American standard products), PT (55° tapered pipe thread, commonly used in China, and also used in Japan). more), or other types.
(4) Do not install and tighten the compression joint when the pipeline is under pressure.
(5) Do not mix press fitting parts (joint body, nut, press fitting) of different materials or brands.
(6) When tightening the compression joint, do not rotate the joint body, but fix the joint body and turn the nut.
(7) Avoid unnecessary disassembly of unused crimping joints (the warehouse keeper can take one or two crimping joints of different specifications when receiving the goods, and disassemble them to check whether the front and rear crimping joints are installed reversely).
(8) Ensure that the surface of the compression joint is clean (the inner packaging plastic bag can only be disassembled during installation), and the open joint should be sealed at any time during the installation process (dust-free tape can be used).
(9) When installing the compression joint at the elbow, it must be ensured that the straight pipe section L is not less than the value in Table 1. Because after the pipe is bent, the surface of the TUBE pipe that is closer to the elbow will become more uneven. If the compression joint is too close to the elbow, the sealing effect will be poor and there will be a hidden leakage. In addition, the pipe must be bent first, and then the crimping joint is installed, and the pipe cannot be bent after the crimping joint is installed.