高质量的铝散热器

Aluminum water radiators, As a durable houseland heating equipment, solid quality is the most important for customers/users, and standard/better aluminum material guarantee good quality for all our aluminum radiators. Sunfar radiators use national standard LD31(6063) aluminum alloy, it’s density is 2.7%, which is much better than die-casting aluminium whose density is 2.2%., moreover, more advantages uesed in producttion which enhance our quality largely. Model: Reliang Brand: Sunfar details Material: LD31(6063) aluminium alloy, density: 2.7%, which is better than die-casting aluminiu with density is 2.2%. Finishing: Powder sprayedHot origin: hot water suppy with wall-hhung gas boiler or stand floor boilers.Width: :78mm/columnColor: white(most popular), light blue, light green, pink, lilac, wheat.Wall fittings free: blind&air plug, screw, brackets etcInlet&outlet size: G1/2" or G3/4" or 1" Advantages: 1/The traditional radiators after the addition of the heating shield will affect the radiating quantity, increase the decoration cost and occupy the indoor space. The Sunfar radiators are artistic and tasteful, and supply heating and serve as decoration. The users can choose the radiators with different specifications for the best combination and reduce the integrated cost. 2/No need for full water maintenance, cost-effective; 3/Antiseptic technology of the General Research Institute for Non-ferrous Metals; 4/Unique double-faced design. Main Characteristics 1/ Aluminum Composition: LD316063(Conforms to the national standards GB/T3190 Wrought Aluminum and Alloy Chemical Composition and GB5237 Aluminum Alloy Building Profiles); 2/ Wall thickness of horizontal water chamber≥1.8mm,wall thickness of vertical water chamber≥1.5mm 3/Secondary pressure test, 4/three-layer antiseptic treatment; Applicable Conditions Applicable to the open or closed system with the PH value of water quality less than . Oxidation resistant, no full water maintenance, for the hot-water and steam heating below 120, 1.0Mpa. Parameter Table for Heating Series Central distance for interface