The Pipes of the Future: Lightweight, Strong, Reliable GRP Pipes!" Filament winding is a technique used in the manufacturing of glass fiber reinforced polymer (GRP) pipes. This method involves wrapping glass fiber filaments around a mold, typically a cylindrical mandrel, to form the pipe. The fiber-reinforced structure is then impregnated and hardened with polymer resin, resulting in a durable and lightweight material known as GRP pipe. GRP pipes produced using this technique are commonly used in chemical industries, water and wastewater treatment plants, the maritime sector, and the oil industry. This material is preferred for its corrosion resistance, lightweight nature, and high strength. Different types of glass fiber reinforced polymer materials, such as GRV (glass reinforced vinyl ester) and GRE (glass reinforced epoxy), can also be produced using the filament winding method. The properties and applications of these materials may vary depending on the type of resin used and the structure of the reinforcing material "Begendi Industry is committed to providing top-level quality standards with the production of Fiber Winding Technology, equipped with state-of-the-art 4-6 Axis fully automatic CNC-controlled machines. This innovative approach promises production precision and reliability that goes beyond industry standards, in addition to offering customers excellent quality products. As a company, we comply fully with industry standards such as AWWA, ASTM, ISO, EN, DIN, and BS, with our production capacity ranging from DN 200 mm up to DN 6000 mm. We manufacture pipes ranging from 200 mm to 4000 mm in diameter, with pressures ranging from 1 bar to 120 bar. Our areas of expertise include drinking water projects, irrigation projects, energy power plant projects, "jacking" pipe manufacturing that allows for trenchless installation, waste and stormwater projects, natural gas pipelines, and oil pipelines. Our leadership in the industry reflects our commitment to providing customers with reliable and durable products through our technological superiority and rigorous quality control processes."
DN 300 - DN 4000 PN 1 - PN 40 (can be above per design) SN 2500 - SN 10.000 DN 300 - DN 3000 GRP Jacking Pipes GRP Fittings
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LANDYOUNG GRP jacking pipes is manufactured in accordance with international standard using Helical FILAMENT winding process and Continuous FILAMENT winding process on computer controlled machines. DESCRIPTIONS LANDYOUNG GRP jacking pipes is manufactured in accordance with international standard using Helical FILAMENT winding process and Continuous FILAMENT winding process on computer controlled machines. GRP jacking pipe is designed to meet the exacting demands of pipeline construction and rehabilitation using trenchless micro-tunnelling and pipe-relining methods. Applications LANDYOUNG GRP jacking pipe is suitable for use in pressure, non-pressure and trenchless applications for potable, non-potable, industrial, drainage and wastewater systems. Water Sewage & wastewater Pipe-relining Road & rail culverts Asset encasement (e.g. protection for pressure pipelines) Ducts Advantages The GRP Jacking pipe has been engineered to deliver a range of features and benefits that make it suitable for the applications above, including: Superior axial compressive strength Excellent hydraulic performance Light weight and corrosion resistant Corrosion resistance Smaller tunnel diameter and reduced spoil volume Lower jacking forces required during installation Smaller entry/exit pits Longer drive lengths Faster construction time and lower installation costs Reduced environmental disturbance and social cost Product Range and properties Diameters: DN300 DN4000 Ring Stiffness: SN20,000 SN1,000,000 Coupling material: GRP, Carbon steel, Stainless Steel Pipe lengths: 1m to 5.8m (standard length 2m) Ultimate Compressive Strength: 85N/mm2 Jacking Force Safety Factor: 3.5 Colebrook-White Coefficient: 0.01mm
Widely applied in municipal construction, oil, chemicals, power, metallurgy, environmental protection, food, agriculture, medicine and other fields. Diameter: DN100~4000mm Pressure: PN0.1~2.5MPa Rigidity level: SN1250-10000 N/m2 Length: 6m, 12m
Pipes & ducts are manufactured using the "dual helix" filament winding process on computer controlled machines. By adjusting the relative speed of mandrel rotation and glass distribution head movement, helical reinforced layers with different angles can be wound. In order to increase the pipe stiffness, especially on large diameter pipes, silica sand can be added to parallel layers of wall. Nominal diameter Nominal size of pipe and fitting is based on internal diameter. The range of available sizes is 25 to 3000 mm. Nominal pressure classes: Pipes and fittings are classified according to nominal pressure. Standard pressure classes are 4, 6, 10, 16, 20 and 25 bars. Intermediate or higher-pressure classes are considered on request or depending on the design parameters and conditions Nominal lengths Pipes have a length of six meters up to nd150 and 12 meters for bigger diameters. Fittings A wide range of fittings as elbows, reducers, tees, caps, flanges etc. Is available. Fittings are manufactured by the hand lay-up, contact molding and spray-up process. In hand lay-up and contact molding processes veil and alternate layers of mat and woven roving saturated with resin are applied on the mold. In spray-up process continuous strand roving is fed through a chopper gun, combined with catalyzed resin, and sprayed onto the mould surface Prefabrication spools Prefabricated spools save installation time as well as costs, freeing the designer from being limited to standard fittings and allowing junction sizes shapes to be specified and manufactured as a better alternative to a complex series of joints.
Coupling 45 elbow 90 elbow Tee Reducing tee Flange Field thread Nipple Reducer .
Supplier: Fiberglass reinforced plastic pipe, frp/grp pipes
Supplier: GRP & FRP pipes
