- HVAC Heating, Ventilation and Air-Conditioning
- Roof Insulation
- Wall Insulation
- Others
HM M&E SOLUTIONS
SDN BHD
7, Jalan Balakong Jaya 4,
Taman Industri Balakong Jaya,
43300 Seri Kembangan,
Selangor, Malaysia.
+603-9547 9999
hmmesolutions
HoCoL Copper
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The HoCoL seamless copper tubes are manufactured to various of outside diameter and thickness combination to meet the desired application in air conditioning industry. The input materials are entirely used the Cathode Copper purity 99.90% to ensure a de-oxidizing atmosphere to enable correct soldering and brazing.
Eddy Current Testing
HoCol seamless copper tubes integrity is well defined by fact that all tubes meet the standard of ASTM E243 or JIS H0502 and conduct 100% eddy current tested to ensure Free Defect or leakage detrimental to practical use.
Micro Structure
The grain size is tested as the standard of JIS H 0501 to ensuring the HoCol seamless copper tubes do not crack when being brazed, bent or expanded.
Other Lab Facilities
HoCol Seamless copper tubes also comprehensive in-house lab facilities to measure other important scope such as :
-Chemical Composition
-Mechanical Properties and Physical Properties Test (Ultimate Tensile Strength, Yield Strength Hardness and Elongation )
-Flareability
-Flattenability
-Non-Destructive
-Hydrostatic
Eddy Current Testing
HoCol seamless copper tubes integrity is well defined by fact that all tubes meet the standard of ASTM E243 or JIS H0502 and conduct 100% eddy current tested to ensure Free Defect or leakage detrimental to practical use.
Micro Structure
The grain size is tested as the standard of JIS H 0501 to ensuring the HoCol seamless copper tubes do not crack when being brazed, bent or expanded.
Other Lab Facilities
HoCol Seamless copper tubes also comprehensive in-house lab facilities to measure other important scope such as :
-Chemical Composition
-Mechanical Properties and Physical Properties Test (Ultimate Tensile Strength, Yield Strength Hardness and Elongation )
-Flareability
-Flattenability
-Non-Destructive
-Hydrostatic