Harti pompa FOAM
Pompa busa mangrupikeun produk pompa anu mencet eusi babarengan sareng hawa pikeun ngabentuk busa. Biasa dianggo dina bungkusan produk sapertos Sanitized Sanitized sareng Beresih Agen.
Sajarah pangembangan pompa busa
Sateuacan penemuan pompa busa, produk aerosol-biasana dianggo pikeun nyemprot busa, éta, ngagunakeun gas cair pikeun dilegakeun semprot pikeun ngabentuk busa, atanapi panggunaan agén pos-foaming pikeun ngadamel bentuk koloid disemprot disemprot busa. Pompa foam nyata anu munggaran nyaéta pompa ramo foamer (pompa ramo) diatur 1995 ku perusahaan Airspray Walspray.
Ciri tina jinis jenis jari foam foam ieu nyaéta awakna diwangun ku dua bagian: pompa hawa sareng cairan cair. Cair disemprot kaluar saatos dicampur sareng hawa dina awak pompa. Jumur semprot stabil, Operasi basajan, sareng éta henteu tunduk kana pamakean konsumen. Pangaruh, kualitas busa disemprot saé.
Dibandingkeun sareng produk aerosol foam, Pompa foam foam gaduh sababaraha kinaya atra: Mimitina, Teu aya anu kedah ngeusian propellant, Janten moal ngotoran lingkungan, sareng teu aya résiko formnability sareng ngabeledug, sareng teu kedah diperyogikeun pikeun wadah logam sareng segel sareng ngeusian alat anu rendah sareng tiasa dianggo sababaraha kali; leres, Kaseueuran rumus cair acuk prekompressure ths dumasar kana cai, anu sanés sanyawa organik anu henteu volatile (Vok) di alam sareng gaduh nilai promosi; katilu, aranjeunna tiasa dianggo wadahna rupa-rupa bentuk, kaasup alun-alun, segitiga, oval, jsb., salaku tambahan, Henteu aya tekanan dina wadahna sateuacan dianggo, sareng syarat bahan wadahna kawilang.
Dina akhir taun 1990-an, ngembangkeun prepresif préparasi ross naros di Cina. Kusabab prinsip tina pompa busa acuppressurent mirip pisan sareng hèhs plastik biasa, Sababaraha pabrik anu asalna dina pompa pompa plastik munggaran.. Saatos langkung ti sapuluh taun pangalaman pangalaman, Téknologi produk anu aya hubunganana sareng kapasitas produksi duanana kagét pisan. Sanaos sababaraha pabrik domestik tina pompa foam foam parantos dilakukeun kamajuan anu lumayan, Aya kamar kanggo perbaikan pikeun stabilitas produk sareng ngahasilkeun produksi, and companies generally have insufficient investment in research and development, and cannot keep up with professional theoretical knowledge and technological innovation. The single product variety, severe industry competition, and the lack of core patents also prevent the product from entering the international market, which are unfavorable for the long-term development of the industry.
Compared with domestic counterparts, foreign counterparts have made continuous progress in technological innovation. Starting from the earliest first-generation acupressure foam pumps, various appearance and structure innovations are relatively large, and each company has formed its own core technology. Among them, Korean and Japanese companies have caught up in the daily chemical packaging industry. The trend of European and American counterparts.
Application of foam pump
After the introduction of the acupressure foam pump, it has won the favor of daily chemical brand manufacturers and achieved rapid market growth. It has been widely used in personal care, beberesih rumah tangga, automotive supplies, pet supplies and other industries.
Ayeuna, the most widely used domestic finger pressure foam pump is in the hand sanitizer industry. In 2002, Valus took the lead in launching magic foam hand sanitizer in the domestic market, becoming the first domestic brand manufacturer to launch foam hand sanitizer products. After the launch of Magic Foam Hand Sanitizer, it has been fully recognized by consumers due to its practicality, convenience and simplicity, beautiful packaging and effective reduction of secondary cross-infection. After seeing the huge market potential of foam hand sanitizer, other daily chemical brand manufacturers have launched their own foam hand sanitizer products.
Foam pump product structure description
From the internal structure of the product, the finger pressure foam pump is mainly divided into the following five parts:
Actuation part: The function is to transfer the force to other parts inside the product by pressing the head, and realize the process of down-pressure rebound circulation and liquid discharge of the foam pump through the spring. According to the shape of the head, it can be designed into different shapes and colors according to the needs (as shown in the picture above).
Liquid storage cavity: The function is to squeeze out the liquid in the liquid storage cavity during the process of pressing the head down, and suck the liquid in the bottle into the liquid storage cavity when the head rebounds; salaku tambahan, the built-in spring in the liquid storage cavity plays a rebound role.
Air storage cavity: similar to the liquid storage cavity, except that air is sucked and extruded in the air storage cavity.
Suction tube part: the connection part between the liquid in the bottle and the whole pump, and the channel through which the liquid enters the liquid storage cavity to ensure that the liquid in the bottle can be ejected quickly and reduce the residual amount of liquid.
Gas-liquid mixing chamber: when the head is pressed down, the liquid and air in the liquid-storing chamber and the air-storing chamber are fully mixed and pressurized in the gas-liquid mixing chamber, and fine foam is formed through the dense mesh of the air-flow mixing chamber.
The working principle of foam pumps seen in the market is basically the same. Compared with traditional pumps, the structure of the entire acupressure foam pump is more complex and has an additional air storage chamber. The pump is the core part of the whole product work, which determines the size of the liquid output, the foam effect and the degree of stability.
