hat
Gwosès patikil mwayèn nan SolverPI-Powder 1800 ak SolverPI-Powder 1822 se 1000 may (13μm). Li se yon polyimid thermosetting, pa pral fonn. Glas tanperati tranzisyon an ka 385 ℃. Pa gen chanjman fizik ak chimik, men ak rezistans ranp ak segondè dite lè sinter nan tanperati a 360-380 ℃, kidonk li trè apwopriye pou amelyore pwodwi PTFE. Akòz estrikti nan pwodui chimik espesyal ak mikwo-aggregasyon nan polyimid (PI), nan pwosesis la nan friksyon ak mete, espesyalman sèk friksyon, ka efektivman ogmante fim nan transfè PTFE ak fòs kouch doub, ak PI difisil patikil respire dispèse nan PTFE la matris, jwe yon wòl sipòte nan chaj la, kidonk anpil amelyore fòs nan mekanik nan materyèl la, pwopriyete friksyon, rezistans ranp yo ak Vicat ralantisman tanperati.
eng
The average particle size of SolverPI-Powder 1800 and SolverPI-Powder 1822 is 1000 mesh (13μm). It is a thermosetting polyimide, will not melt. The glass transition temperature can be 385℃. No physical and chemical changes but with creep resistance and high hardness when sintering in the temperature 360-380℃, so it’s very suitable for enhancing PTFE products. Due to the special chemical structure and micro-aggregation of the polyimide (PI), in the process of friction and wear, especially dry friction, can effectively increase the PTFE transfer film and dual bonding strength, and PI hard particles evenly dispersed in the PTFE matrix, play a supporting role in the load, thereby greatly improving the mechanical strength of the material, friction properties, creep resistance and Vicat softening temperature.