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SLOW CRACK GROWTH RESISTANCE OF REPROCESSED PVC

Plastic Pipes Conference Association # 2021 Amsterdam Andreas Frank, Mario Messiha, Günter Dreiling, Norbert Schuler, Jens-Martin Storheil, Erwin Mayrbäurl, Stuart Ramella, Frank Krause, Rudi Berning, Philippe Gabriëls, Alpay Aydemir, Thomas Koch, Florian Arbeiter, Gerald Pinter The Cyclic Cracked Round Bar (CRB) Test has been applied to study the slow crack growth (SCG) resistance of virgin, […]

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Comparison of Creep Rupture and Creep Modulus Data for High Density Polyethylene and Polypropylene Pipe Resins Using Traditional and Accelerated Test Methods

Plastic Pipes Conference Association # 2014 Chicago Nicholas Piazza, Bill VanHoose, P.E. In recent years, ASTM D6992 [1] has been and continues to be referenced as an acceptable test method for creep phenomenon in corrugated pipes. Example product specifications include AASHTO M330 [2], ASTM F2418 [3], ASTM F2736 [4], ASTM F2947 [5], ASTM F2764 [6], […]

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Fatigue crack growth testing in chlorinated water at elevated temperatures – Test equipment and test procedure

Joerg Fischer, Patrick R. Bradler, Reinhold W. Lang Papers # 2018 Las-Vegas In the present paper, a novel test system for conducting fatigue crack growth (FCG) experiments under superimposed mechanical-environmental conditions is presented. FCG experiments were performed on a polypropylene (PP) grade and a short-glass fiber reinforced polyamide 66 (PA-GF) grade as model materials. The […]

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DRAINAGE HANDBOOK STRUCTURAL DESIGN PROCEDURE FOR CORRUGATED POLYOLEFIN PIPE

Joe Babcanec, P.E., Dan Currence, P.E. # 2021 Amsterdam The newly released Drainage Handbook provides complete guidance on corrugated polyolefin pipe. Perhaps the biggest contribution this new handbook makes to the advancement of both HDPE and PP corrugated plastic pipe is the design procedure presented. The design procedure reflects the industry’s recommended practice for using the American […]

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MULTILAYER POLYMER PIPES – THE INFLUENCE OF RESIDUAL STRESS ON FATIGUE LIFETIME

Lukas Travnicek, Pavel Hutar, Jan Poduska, Andreas Frank, Florian Arbeiter, Jaroslav Kucera, Jiri Sadilek, Gerald Pinter, Lubos Nahlik # 2021 Amsterdam The application of recycled material in pressure piping systems has been considered lately – it was suggested, that the recycled polyethylene could be used as a part of a multilayer pipe together with virgin […]

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Laboratory Device for Checking The Thermal Energy Delivered by The Electrofusion Fittings

Dominique GUEUGNAUT, Adil BOUJLAL, Aymeric LOPITAUX, Bertrand SEVRE Papers # 2018 Las-Vegas A special concept has been developed by GRTgaz Research and Innovation Center for Energy (RICE) for temperature mapping at the interface of an electrowelded assembly.The technical solution consists of a tubular piece in place of the real PE pipe, made of a non-weldable polymer […]

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Buried Flexible Pipes Behaviour In Unreinforced And Reinforced Soils Under Cyclic Loading

In this research, large-scale fully instrumented laboratory tests were conducted to investigate the behaviour of flexible high-density polyethylene (HDPE) pipes, in unreinforced and geogrid-reinforced sand, subjected to incrementally increasing cyclic loading; for example, due to different vehicle capacities or load increase with passing time. Results illustrated that the deformation rate in the pipe and footing, the strain generation […]

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WHY CHOOSE HDPE CORRUGATED PIPE

“Flexible” pipes (made of PE, PP, PVC and HDPE) are able to satisfy all the initial project needs in a more efficient manner due to the thermoplastic material characteristics. These characteristics can easily solve general work site problems because they are durable, chemically resistant and last but not least, easy to handle. The “rigid” ones […]

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Earth Pressure Measurements On Buried HDPE Pipe

Authors:  M.L. TALESNICK*, H.-W. XIA†, and I.D. MOORE† An understanding of the stress distributions that act on buried pipes plays a key role in the development and use of design methods for these structures. The radial stresses that develop on buried flexible pipes have been investigated by a number of researchers through experimental, analytical and numerical methods. […]

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    PT SHUANGLIN PIPE INDONESIA is a joint venture subsidiary of Zhejiang Shuanglin Environment Co., Ltd. Our factory is located in CIKARANG, Indonesia. The plant covers an area of 4,000 square meters. Our company has introduced advanced production line and a professional production management team. The company mainly produces municipal and residential building water supply and drainage, sewage pipes and complete sets of systems. The product line includes HDPE/PP double-wall corrugated pipe and inspection wells for pipeline connection and other accessories.

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    KAWASAN INDUSTRI DELTA SILICON 5 JL.KENARI BLOCK G.1 NO.28A-B LIPPO CIKARANG CIBATU CIKARANG SELATAN KAB BEKASI JAWA BARAT

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    Jl. Anggrek VII, Kavling No.26 Kawasan Industri Terpadu Indonesia China (KITIC ) Deltamas, Desa Nagasari. Kec. Serang Baru. Kabupaten Bekasi. Jawa Barat 17330

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