Product
British Pressed Double Coupler
● Tightening nuts suit standard scaffold spanner
● Replaceable T bolts, nuts, and washers.
● Robust design made from pressed steel for durability and reliability.
● Hot-dip galvanized finish for corrosion resistance.
● Complies with the requirements of BS1139.
● The typical working load limit of 6.25 KN against slip at tightening torque of 54 Nm.
● Can be used to resist tension or compression loads.
Model# |
Thickness |
Diameter |
Weight |
HY-BP-A |
4.75mm |
48.3mm |
0.82kg |
Scaffolding coupler as basic construction facilities, widely used in a variety of large and small construction sites, plays a greater role in the auxiliary, a fasten and connection function. Simple structure, good bearing capacity, safe and reliable make couplers easier and widely used on construction projects. Scaffolding couplers include swivel and fixed coupler, drop forged and pressed coupler, etc. Different couplers have their own unique characteristics and are used in different construction situations. The scaffolding coupler is made of Q235 carbon steel, which is higher than the standard.
Features
Easy maintenance. Because couplers themselves are not easy to rust and break, maintenance is very convenient after use, which not only reduces the difficulty of maintenance, but also saves the maintenance cost, reduces the manpower and material resources of maintenance, and increases the efficiency and quality of construction.
Strong corrosion resistance. After passivation and galvanizing, the anti-rust ability of the whole piece is greatly improved, and its service life is long, far exceeding the service life of pressed couplers.
Strong resistance to stripping. With the new connection, the new nut ensures that the pressed couplers can be fixed vertically and firmly in the case of steel tube deformation, eliminating the possibility of steel tube slippage.
Strong anti-deformation ability. Compared with the ordinary pressed couplers, because of the different manufacturing processes, it breaks through the limitation of the traditional stamping process on material thickness, which can completely guarantee the non-deformation in the use process, thus ensuring the safety and reuse of products.
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