Oil and Gas
Traditionally, HOVOY has been a well-known GRE pipe manufacturer and supplier, which achieved by continuously product innovation, up to date techniques and professional in time services.
Market-oriented enterprise strategy made Hovoy being the top China GRE pipe manufacturer and since the very first case to deliver piping to overseas client, Hovoy always stand at a competitive position through reliable quality and strictly production management and scientific project management system.
Based on decades of experience, a series of GRE pipeline systems has been designed to meet the demanding requirements the pipeline business recognizes. With these new pipeline systems, available in a variety of diameters and a choice of mechanical and threaded joining systems, HOVOY is ready to fulfil your requirements in many different application areas and climates all over the world. Whether your pipelines are in service in the harsh deserts of Africa, or the freezing cold in Siberia, HOVOY can offer a cost-effective solution to replace existing corroded conventional steel pipelines, or construct new pipeline projects.
More and more oilfield and gas filed client installs the GRE pipe in its filed, production plant and refinery.GRE pipe are used as downhole tubing and casing, surface pipeline, underground pipeline, water,CO2,active agent injection pipeline, oil transfer and gathering pipeline because of the its advanced properties.
Durable and corrosion resistant
HOVOY Glassfiber Reinforced Epoxy (GRE) pipe is inert to internal corrosion from chemicals, crude oil, residues, injection water and bacteria. Similarly it resists exterior corrosion even in aggressive environments. Cathodic protection is not required.
Lightweight - easy to install
HOVOY Glassfiber Reinforced Epoxy (GRE) pipeline systems are easy to install without the need of heavy equipment.
The installation cost of Glassfiber Reinforced Epoxy (GRE) pipeline systems are typically 80% of the costs of carbon steel.
The resistance to corrosion and to UV light reduces the maintenance costs for both above-ground and buried pipelines.
The smooth internal surface reduces the head loss resulting in lower pump energy consumption.