Wanpela raus plastisa em i wanpela reagent. Plistisaisesen bilong raba i makim sampela samting insait long raba, we inap daunim strong namel long ol raba molekiul, na long dispela rot em i daunim glas trensisen tempereja bilong raba, mekim raba plastisiti, fluiditi, na helpim ol wok bilong kamapim{{11}} Em inap long kamapim gut sampela wok bilong daunim sik olsem kalenda na presim. Em inap long mekim sampela wok bilong daunim sik olsem kalenda na presim{{11}} . modulus, givim bikpela elastisiti na daunim hat jeneresen, na mekim kol resistens.
The plasticization of rubber refers to the addition of certain substances in the rubber, which can reduce the force between the rubber molecules, thereby reducing the glass transition temperature of the rubber, making the rubber plasticity, fluidity, and facilitating the forming operations such as calendering and pressing. It can improve certain physical and mechanical properties of vulcanizates, such as lowering hardness and modulus, giving higher elasticity and lower heat generation, and kamapim gut kol resistans.
Plasticization of rubber can be done by physical and chemical methods. Chemical plasticization, including plasticizing and plasticizing in various plastics, is a process in rubber processing. In the case of synthetic rubber, the plasticization is introduced into the rubber molecular chain by chemical reaction to increase the flexibility of the molecular structure to achieve plasticization. . Chemical plasticization does not lose its effect due to the volatilization or precipitation bilong ol samting bilong plastisaising, na plastisaising efek i save stap longpela taim na olsem na em i kisim moa luksave i kam long narapela sait bilong . Fisikel plastisaisesen i makim as bilong plastisais long rot bilong ol narapela samting. Ol i kolim plastisaisesen i makim plastisaisesen bilong bodi, na ol i kolim dispela samting ol i putim insait long plastisaisesen bilong bodi ol i kolim olsem softening plastisaisa{7}} .
Ol plastikaisa i save mekim ol raba i kamap malumalum i go long ol softener na ol plastisaisa bihainim polariti bilong ol na yusim. Em i kam long ol samting bilong ples na ol i kolim softener bilong ol non-polar raba. Ol i save yusim moa yet olsem wanpela plastisaisa bilong polar raba o plastik. Nau yet ol i save long en long indastri olsem plastisaisa{4}} Nau yet ol i save pinis long indastri olsem plastisaisa{4}} Nau yet ol i save pinis long indastri olsem plastisaisa{4}}."
Plistisa i mas bungim ol dispela kondisen long taim bilong prodaksen na yusim: gutpela plastisaising ifek, liklik dosis, hariap absorpsen, gutpela kompatibiliti wantaim raba, liklik volatiliti, nogat maigresen, gutpela kol resistens, wara resistens, oil resistens, oil resistens na resistens{0}} 2}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}}”.
Tasol, em i klostu i no inap long gat wanpela plastisaisa we i inapim tru ol kondisen antap. Olsem na, long trupela yus, tupela o moa plastisaisa ol i yusim wantaim long kompensetim narapela. Amaun bilong plastisaisa ol i save kolim olsem nambawan plastisaisa, na narapela ol i kolim dispela helpim plastisaisa{2}}}
Ol i ken putim tu kain plastisaisa i go insait long petrolium plastisa, ston kol kolta, pain oil plastisa, gris plastisa na sintetik plastisaisa bihainim as bilong dispela namba .