Spiral Ultrasonic Testing Pipe

Ultrasonic Tube Overview and content: Ultrasonic tube is the only special application in the market for ultrasonic testing of reliable systems. The basic concept is the use of chilled steel pipe (solid tube wall thick steel pipe without hardness without strength) professional molding, the use of fastener connection, clamp connection, screw connection, etc., in the concrete pouring has a reliable anti-seepage effect.

Ultrasonic tube finished products usually include the formed standard length of 9M, 6M, 3M steel pipe and a connection mode joint connection. A channel can be reserved for the probe head to reach the bottom of the pile base.

Product features：

First, the use of special hydraulic pliers to connect, do not need to work outside of the preparation, no equipment, simple and quick (faster than the traditional method 5 times times), easy to fixed on the bar cage, not affected by bad weather

Two, may according to the field request own length, no loss.

Third, this product is a patented product, compared with similar products in the market, the tensile strength is higher, to reach more than 3.8 tons (generally other products tensile strength of about 0.3 tons).

Four, professional design, factory before 100% quality control, site detection is convenient.

Five, save the cost, save the preparation time, does not need the mechanic, saves the loss (may according to the customer request to make the different model short tube), is free from the site restriction.

Six, fast, can provide standard tube at any time, within 24 hours to enter the site

Seven, safety, do not need to work on the site for welding.

Specifications:

Note: DF represents the Peak, SZG representative: Ultrasonic inspection Tube, 50, 53 ... represents the outer diameter, I represents the wall thickness, the qy represents the clamp pressure

Technical Parameters:

Construction technology：

In the principle of “Reliability, Convenience”, the testing pipe is spliced and hung in the process of manufacturing reinforcing steel bars, then connected and positioned when the reinforcing steel bars are laid, and first positioned in the bottom cage in a welding mode together with the steel reinforcement cage, with the upper part bundled by steel wires (one circle for every 2-3m), to ensure the testing pipe can be positioned vertically, facilitate in pile foundation testing and prevent concrete guide pipes from colliding.

I. Test the fixed length of pipes.

Test the length of pipes according to the length of the steel reinforcement cage; the bottom pipe should be 20-30cm longer than a steel reinforcement bottom cage.

II. Test the installation of the pipe bottom cage.

The bottom pipe of the testing pipe is equipped with a movable clamp, is positioned according to actual construction conditions, and then is welded onto the steel reinforcement cage, to fix the testing pipe, thus preventing the testing pipe from floating upwards and rotating.

III. Test the cage installation in the pipe.

A connection pipe in the testing pipe is mounted after the steel reinforcement cage is molded; the upper point of the testing pipe is flexibly positioned according to U-shaped reinforcing steel bars, and can slide up and down. One end of the socket is positioned by an S-shaped steel reinforcement hook. During installation of the steel reinforcement cage, the S-shaped hook is taken down; the testing pipe slides down, is inserted into the bottom pipe, and is fixed by tightening the nut through a wrench. The middle part is bundled and fixed by iron wires every 2-3m, and the forth.

IV. Test the installation of the pipe top cage.

After the steel reinforcement top cage is installed, all the joints of pipes should be tested completely, to ensure firm tightening. Clear water must be filled in the testing pipe, and finally special seal heads are screwed on, to complete all the operation processes.

V. Test the pipe when the pile foundation is in semi-cage installation.

The testing pipe can be welded and positioned in different sections according to actual conditions, which facilitates in the positioning of steel reinforcement hoops, and can also be installed without a steel reinforcement cage. Compared with other connection joints, it can save about 3 reinforcing steel bars, which is safe and convenient.