HAMZA TS is a high-performance technical piping system engineered for demanding water, heating, cooling and infrastructure applications. Its advanced PE 100 RC material engineering provides enhanced resistance to crack initiation and propagation, offering a dependable and long-lasting solution for modern pipeline installations.
EMPLOYEES
1000
WORLDWIDE
FOUNDED
2009
EGYPT
WHY IS HAMZA TS TOTAL SECURE?
HAMZA TS has ultimate performance against point loads caused by stones, sharp edges or soil contamination. The crack initiation is remarkably lower than conventional HDPE pipes.
Performance
The full notch creep test (FNCT as per ISO 16770) is considered a standard test for slow crack growth in polyethylene.
A notch specimen is exposed to tensile stress at high temperature to evaluate long-term resistance.
Materials
PE 100 RC with XSC 50 for outer and inner layers.
Middle layer engineered for added structural performance.
HAMZA TS withstands long-duration testing far beyond conventional monolayer HDPE.
Installation
Designed for a service life of up to 100 years with appropriate installation conditions.
Can be installed without sand embedding under suitable project conditions.
HDPE
THE FUTURE OF WATER PIPELINES
Product advantages
Superior value in chilled water compared with mild steel and conventional HDPE pipes.
Lower cost of installation, ease of use and flexibility.
Higher temperature differences and chemical resistance.
Smoother inner surface with elevated corrosion resistance.
Minimizes environmental impact of installation.
Higher energy savings due to lower thermal transmission coefficient.
Plastic Ductwork Systems
HAMZA TS duct works are durable and non-corrosive.
Prefabricated and injected fittings support better value engineering.
Suitable for underground and above-ground applications.
Suitable for industrial, agricultural and civil applications for water and gas mediums.
Geothermal and Energy Exchange
HAMZA TS is a clean energy transfer medium for heating and cooling district and industrial applications.
Can be safely buried underground with elevated life spans up to 100 years.
PE100 RC material engineering highly reduces crack initiation and propagation.
Superior product for geothermal and energy exchange applications.
