Curved elastic vector aluminum alloy lined plastic composite pipe system
Product name is commonly known as Aerospace Kaiser Pipe ASAK-Pipe
Product design aerospace creative curved elastic vector structure and materials Design (won the national patent)
System properties curved elastic vector piping system
Structural features built-in curved vector finite element (self-responsive curved vector expansion and contraction compensation setting)
System components ASAK aluminum alloy plastic-lined composite pipe amp; special curved elastic vector pipe fittings (won the national patent)
Connection method curved elastic hot-melt socket connection
Design expression adopts ASAK aluminum alloy plastic-lined composite pipes, curved elastic vector pipe fittings, curved elastic fusion socket connections
Service life of fifty years or more (passed the national test and inspection of aerospace and military industry standards)
Maintenance-free application of product quality throughout the entire process (manufacturing and material aerospace standard confirmation)
Product standards comply with CJ/T321-2010 aluminum alloy lined plastic auxiliary earring pipes and fittings national construction industry standards
Applicable It is widely used in low-pressure fluid transportation pipeline systems for various types of industrial and civil buildings (especially high-rise, super-high-rise, steel structures and special buildings), hot and cold water supply, air conditioning and heating, pharmaceutical chemicals, biological agents, etc.
Abrasive vector (ASAK)
A quantity that has both magnitude and direction produced by the mechanical changes in the structural mechanics of a curved elastic material is defined as the "Alastic vector" and is represented by ASAK.
Aviation vector piping system (ASAK-Pipe)
Aerospace’s innovative flex vector structure and material design can ensure a lightweight rigid piping system that can be maintained free of use for fifty years. It is defined as "curved elastic vector piping system" and is represented by ASAK-Pipe.
Structure design of curved elastic vector ASAK system:
Using the aerospace full vector structure principle design, a "curved elastic vector finite element" is established at each connection point of the pipeline system as a self-responsive The node telescopic compensation structure releases structural deformation stress at each connection point, prevents stress accumulation and concentration, ensures the random adaptability and structural safety of the pipeline system under stress and strain conditions, and obtains greater efficiency support, fundamentally solving various problems. Metal-like rigid piping systems have long been unable to overcome the destructive structural deformation stress, giving the piping system structural application safety guarantee for fifty years or more.
Curve elastic vector ASAK system material design:
With aerospace manufacturing standard grade special modified polypropylene (ASAK-PP-R) material and aluminum alloy material as the core, it can ensure The pipeline system has super resistance to external environmental corrosion and transportation medium corrosion (especially water and other chemical media). It completely eliminates the destructive material corrosion stress that has always been insurmountable in various metal pipeline systems and guarantees use for fifty years or more. years, product manufacturing has obtained aerospace standards and multilateral military industry group confirmation.
The curved elastic vector piping system is commonly known as "Aerospace Kaiser Pipe ASAK-Pipe". As a fully maintenance-free piping system based on the curved elastic vector structure and material design, it won the national patent in 2011.
Curved elastic vector aluminum alloy plastic-lined composite piping system
The aluminum alloy plastic-lined composite piping system designed and manufactured using curved elastic vector structure and materials is called "curved elastic vector aluminum" Alloy lined plastic composite pipe system".
Curved elastic vector pipes and fittings
Pipes and fittings suitable for curved elastic vector piping systems are represented by "ASAK pipes" and "curved elastic vector fittings".
Curved elastic hot-melt socket connection
The unique hot-melt socket connection method of the curved elastic vector piping system is used in the "curved elastic vector piping system".
Curved elastic vector finite element
An adaptive telescopic compensation structure, which exists at every connection point of the pipeline system, uses the unique stress change displacement of the curved elastic vector pipe fittings as the The telescopic compensation adopts the curved elastic hot-melt socket connection method and forms an independent curved elastic vector structural unit with the ASAK pipe, which is called the "curved elastic vector finite element".
Technical application data
Product specifications dn20-160? System properties curved elastic vector piping system (lightweight rigid maintenance-free application)
Temperature range ≤90 °Connection method? Curved elastic hot-melt socket connection
Nominal pressure? PN2.5MPa Water supply type? Universal for cold and heat
Elastic modulus? 6900N/c㎡? Hygiene and epidemic prevention ?Food safety grade wading material
Linear expansion system 2.5 ◇10￣5m/m℃?Seismic performance? 12°seismic adaptation