Latest News
February 22nd, 2010
Matrix is pleased to announce that we have officially passed the accreditation requirements of ISO 9001:2008 and have been awarded a certificate of registration by SAI Global. Read More
February 1st, 2010
Investors fortunate enough to have received an allocation of shares in the recent float of Matrix Composites & Engineering Ltd have seen their investment double in value in the 10 weeks since the Company was listed on the Australian Stock exchange on November 16th 2009. Read More
October 20th 2009
Matrix Composites & Engineering has completed the delivery of several major deepwater buoyancy contracts to major international OEM’s and Drilling Contractors.Read More
October 20th 2009
Matrix Composites & Engineering Limited announced today that it is undertaking the construction of a new state of the art facility in the Australian Marine Complex (AMC) Subsea Cluster at Henderson, south of Perth.Read More
October 18th 2009
Matrix Composites & Engineering Limited announced today that it will construct a fully instrumented 52 MPa ( approximately 7500PSI) full scale test chamber capable of testing subsea equipment.Read More
Bend Restrictors
Matrix Bend Restrictors consist of a series of interlocking elements which are assembled around a flexible riser, cable or wire to ensure that the minimum bend radius is not exceeded under load. Bend restrictors allow movement and flexibility around the end fitting until the minimum design radius is met. At this point the system mechanically locks and will allow no further movement past the inherent flexibility of the polymeric elements that make up the construction of the restrictors.
Matrix Bend Restrictors are manufactured to API 17J appendix B. All Matrix Bend Restrictors are type proof load tested using a purpose built test rig as part of the design qualification process.
Configuration
Matrix Bend Restrictors comprise of a number of interlocking C-Section segments utilizing a split design to allow installation after pipe termination. The C-Section element segments are fastened together using bolts which interlock to the adjacent elements around the riser. The bending movement generated is transferred via the elements to an interlocking reaction collar at the riser termination.
Downloads:
Bend Restrictors Brochure