OQ Launches New Polymer Pipe Grade to Boost Global Water Infrastructure Reliability
OQ has launched a new polypropylene pipe grade, Luban RP6207B, designed for hot and cold-water systems to improve global infrastructure reliability and water security. The innovation debuts alongside 17 new polymer solutions at K 2025.
(P&GJ) — OQ, Oman’s integrated energy group, has introduced a new polypropylene random copolymer (PPRC) pipe grade designed to enhance the reliability of hot and cold-water distribution systems in residential, industrial, and municipal infrastructure.
The new material, Luban RP6207B, expands OQ’s portfolio of polymer-based water security solutions and will debut at K 2025 in Düsseldorf. The company is also rolling out 17 additional polypropylene (PP) and polyethylene (PE) polymer grades aimed at applications across infrastructure, packaging, and sustainability.
“With Luban RP6207B, we are expanding our water security portfolio and addressing one of the most urgent infrastructure needs of fast-growing urban centers worldwide,” said Abdul Rahman Al Tamtami, Vice President of Global Marketing at OQ Marketing. “This innovation underscores our focus on developing customer-centric solutions that combine technical performance with real-world impact.”
OQ said the new PPRC grade provides durability, pressure resistance, and corrosion protection, reducing maintenance needs and extending service life in both hot and cold-water systems. The company added that the polymer’s high melt strength helps maintain pipe shape and performance during processing.
“At K 2025, we’ll demonstrate how polymers can drive progress on water security, food safety, and energy efficiency,” said Sadiq Al Lawati, Managing Director of OQ Marketing. “Our customers can expect not only high-quality grades and an expanded portfolio, but also the technical support and collaborative mindset to bring these solutions to life.”
The launch follows OQ’s 2024 debut of Luban LL-R3605UV, a rotomolded grade for water tanks, and reinforces the company’s role in advancing infrastructure resilience through polymer innovation.