Completing the processing of custom thermal barrier strip extrusion dies does not finalize product development. New dies must undergo strict trials, sample inspection, profile fitting verification and parameter optimization before formal mass production. Common defects including dimensional deviatio...[ View More ]
Non-standard insulation strips have poor quality, lack standardization and performance, and do not comply with regulations. National standard insulation strips have pure materials and meet the parameters, which are suitable for domestic conventional projects. European standard base materials a...[ View More ]
Heat insulation parts in cars, installed in various areas like doors and hoods, significantly enhance interior comfort by reducing heat and noise conduction, thereby improving driving experience and mitigating engine heat impact....[ View More ]
This paper analyzes the composite compatibility of PA66GF25 thermal strips with aluminum profiles, discusses influencing factors, tests and risks, and proposes integrated control of material, tolerance and groove....[ View More ]
This paper compares PA6GF25 and PA66GF25 glass‑fiber‑reinforced polyamide thermal insulation strips for aluminum broken‑bridge profiles. Although their static room‑temperature tensile properties are similar, obvious differences exist in creep stability, fatigue resistance, low‑temperature ...[ View More ]
This paper analyzes the water resistance of PA66GF25 thermal break strips based on GB/T 23615.1‑2017. It compares two test methods, sorts typical failure modes, proposes grade selection for different working conditions and process control measures. Standardized contract suggestions are provided to...[ View More ]
This article analyzes the four main causes of surface blemishes in the extrusion production of ‘PA66 fiber insulation strips’: unstable raw material composition, insufficient drying, imbalance in the extrusion plasticization process, and abnormality in the mold and cooling and shaping system. It...[ View More ]
Bending, warpage and torsion of PA66GF25 thermal break strips are mainly caused by the material’s inherent anisotropic shrinkage, uneven glass fiber orientation and asymmetric cross-sectional structures, rather than equipment faults. Raw material moisture and component disorders further aggravate ...[ View More ]
KXT-ICT30 (width 30mm), Uf 2.0 K/m2K. Shape "ICT", combines the advantages of the firmness of shape "I", the beauty of shape "C", the lower Uf value of shape "T". ...[ View More ]
shape "ICT", combines the advantages of the firmness of shape "I", the beauty of shape "C", the lower Uf value of shape "T"....[ View More ]
In the year of 2014, we successfully developed the 35.3 mm width polyamide thermal insulation strips....[ View More ]
IC strut, the patent of Kaxite, combines benefits of both the beauty of shape "C" and the firmness & safety of shape "I"....[ View More ]
KAXITE new Patent 41mm width thermal insulation strip Uf value below 2.0W, (in most energy-saving window systems, it could realize the Uf value below 1.5 W/m2K, and the whole window Ut below 0.8 W/m2K....[ View More ]
The Patent shape "IC" thermal breaks, have better mechanical performance than the shape "I", also can prevent from the dust, water, shaping, has a better appearance than shape "C"....[ View More ]
Shape "T" thermal breaks in aluminium frame, realizing better Uf value than the shape I and shape C thermal breaks. Breaking the air flowing in the cavity that between the polyamides....[ View More ]
Traditional shape "C" thermal break strip will not prevend dust, water from getting into the internal structure due to the gap, now we designed and realized the improved shape C polyamide thermal break -- Shape IC strut for better safety, better appearance, longer age....[ View More ]
