Forged Brass CUPC NSF 1" Threaded End Plug For Round Tubing​

Threaded End Plug Introduction

Type: Threaded End Plug
Male Thread Size(about): 1/8"(9.5mm), 1/4"(12mm), 3/8"(16mm), 1/2"(20mm),3/4"(26mm),1"(32mm) Female
Material: Brass
Package Content: 1PCS Brass Pipe Fitting

Threaded End Plug Feature

HIGH QUALITY: Constructed of lead free (DZR) brass for superior reliability and strength
EASY TO USE: Fittings works with Crimp Ring or Clamp connection methods
PEX Fittings are lightweight, easy to install and maintenance-free

Threaded End Plug Parameters

Pictures

Details

Advantage

1.Samples Delivery Time

Two days - our existing samples

10-15 days - If new sample development

2.Shipment Delivery Time: 25-35 days after confirming the order

3.Production Capacity :2000000 pcs each month,

4.Packing Details :Fittings put in the carton layer by layer

5.Testing : Material Testing ,Hardness Testing ,Pressure Testing,Gauge Testing

6.Inspection: Each cargo will be inspected before shipping. The third-party inspection company is acceptable.

FAQ

Q. Are you a factory or a trading company?
A: We are direct factory, our production line includes all brass, stainless steel copper and aluminum products or according to your requirements
Q. How to control the guarantee of product quality?
A: We have an independent laboratory, whose operating standard is EN13828
We carry out comprehensive quality inspection from raw materials to every link Meanwhile, our company has PICC insurance and we have a 3-year quality guarantee. At the same time our company has a lot of certification, such as Iso9001
TS, CUPC, NSF, AB1953, CSA, CE and ACs, etc
Q. Is there any MoQ for product orders?
A: The MoQ for each product is negotiated separately and sample inspection can be conducted
Q. How to deal with the unqualified products?
A: Our products are produced under A strict quality control system For batch unqualified products, please contact us. Our company will conduct technical research and test according to the problems, and give you a timely solution according to the corresponding situatio