Vinilon Secures IAPMO Certification to Reduce Bacteria Risk in PVC Pipes

Microleakage issues and high moisture accumulation in domestic piping systems are the primary cause of microbial colony formation in sanitation areas. Clean water distribution and drainage channels embedded within walls often experience organic sedimentation. If the inner pipe walls lack sufficient material resistance, fungal spores and algae can thrive, damaging building structures, causing unpleasant odours, and contaminating the daily drinking water quality for residents. The hygiene aspect of pipe surfaces in direct contact with clean water is often overlooked in technical evaluations. Changing this paradigm, Vinilon Group has officially secured anti-fungal certification from the global plumbing inspection body, International Association of Plumbing and Mechanical Officials (IAPMO) Group Indonesia. This anti-fungal certification was issued following rigorous laboratory testing by IAPMO Group Indonesia on the company’s PVC pipe and fitting product line. Products meeting the standardisation include Vinilon PVC pipes of types AW and D, as well as VP and VU types based on Japan Industrial Standard (JIS) industry standards. As a leading certification body for plumbing and mechanical systems, IAPMO focuses on assessing long-term material reliability to ensure products do not release harmful chemicals or serve as a breeding ground for biological pathogens. The company believes quality is not just about product strength, but also about how well it provides long-term safety and comfort for users. ‘This anti-fungal certification is a tangible step by Vinilon to maintain healthier piping standards for the Indonesian public,’ said Christian in a written statement on Monday, 25 May 2026. Using pipes with fungal resistance offers significant economic value in building operational costs. For conventional AW and D-type PVC pipes used in residential clean water distribution, fungal growth on inner pipe walls forces residents to periodically flush or replace pipework, incurring high costs. With anti-fungal protection, VP and VU-type PVC pipes are claimed to safeguard drainage channels and infrastructure networks from blockage risks due to algae accumulation. This material innovation aligns with modern residential architectural trends prioritising indoor environmental health. ‘Eliminating fungal growth within pipes means blocking the spread of unpleasant odours and preserving water purity from source to household taps,’ Christian added.