TUBE BENDER TOOL

Parker's hydraulic tube bender, HB632, is powered by 10,000 psi of pressure to bend steel and stainless steel tube up to 2” and 50mm O.D., and pipe up to 1 ½”. The hydraulic power, size capabilities and accurate bends make this draw bender a great choice for high production bending. Technical Characteristics: • Minimum components required with the HB32 bender are a hose assembly, hydraulic pump, and a radius slide and clamp block, which match the tube/pipe O.D. [...]

PARFLANGE F37

The Parflange F37 flanged connector system is utilising the orbital tube forming technology for tubing assemblies from 16 to 273 mm (1/2" to 10" Flanges) outside diameter. It is intended for tube wall thickness up to 9 mm and pressure ratings up to 420 bar. For those connections without the possibility to assemble a pre-flared tube or where manufacturing is limited, Parker provides the F37 Retaining Ring System. This System utilizes a Retaining Ring for flange retention along [...]

TUBE FLARING / DEBURRING TOOL

The EO-KARRYMAT is a dependable device for safe and efficient bite-type presetting. It allows pre-assembly of even large dimension steel and stainless steel tube at assembly sites where EOMAT technology is not available. The EO-KARRYMAT consists of a hydraulic drive and a handpump. The hydraulic assembly pressure can be read on a gauge. The EO-KARRYMAT comes as one unit with all components firmly attached to a practical carrying frame. Parker's 45° flaring tools with easy to turn handles [...]

TUBE WITH FITTING

The tube programme from Parker Hannifin gives all possibilities for usage in hydraulic applications. Tubes for fitting- and flange-systems, tubes for mobile and stationary systems. Different dimensions, carbon- and stainless-steel tubes as well as different surfaces are available. Parker tubes are designed for the special requirements in several markets. Continuous tests in laboratories and on test benches ensure the high quality level of the material. Certifications from independent institutes such as ABS, LR or DNV confirm the adherence [...]