Aluminum plastic board knowledge -aluminum plastic board characteristics and production process

Hlcaluminium -aluminium composite Panels Manufacturers

Aluminum -plastic board knowledge — characteristics of aluminum -plastic board and production process I. The characteristics of aluminum -plastic boards:

Aluminum -plastic plate is a new type of decorative material. Compared with other decorative materials, it has many unparalleled superiority. On the one hand, aluminum plastic boards are a composite material, which can obtain new properties that many original components are obtained through composite.

On the other hand, aluminum -plastic boards are a high -tech product. Whether it is production or application, it contains high technical content.

Many advanced processes are used in production, such as rolling coating technology and continuous thermal composite technology, ensuring the full play of material performance.

The main features of aluminum plastic boards are manifested in the following aspects.

1. Small quality:

Aluminum -plastic plates are composed of plastic core materials with less aluminum and density, so compared with aluminum (or other metals) with the same rigidity or thickness, their quality is small than glass and stone. The quality is even more quality. It's much smaller.

2. Good rigidity:

The aluminum -plastic board cleverly uses the mechanical principle of the steel structure of the steel, and the clever hunger gives it unique mechanical properties. In addition, aluminum plastic boards achieve compound under high temperature conditions, and the two -layer aluminum plate of aluminum plates in the entire processing process is certain to certain In the state of tension, when the type of cooler is cooled, because the symmetrical aluminum plate and the core material are produced in the contraction rate, the internal stress of the board is stable and has a good rigidity. Compared with single -layer aluminum plates, its elasticity limit is large, it is not easy to produce deformation. In a natural state without much external force, it can maintain good flat performance for a long time.

3. Rich color and strong decorative:

The level of aluminum plastic board can be made into a variety of colors to carry out pattern design that matches all uses.

In addition, in order to use photographic copy technology simulation patterns, granite, wood grain, and metal patterns, it provides a pattern design with a monochrome, precision texture and high -quality pattern design. The rich color and pattern design meet the coordination that meets the requirements of different environment, enabling different architectural styles to be compatible with the environment, the selected color and environment are harmonious, and the overall artistic effect is perfect. Visual enjoyment. The curtain wall decorated with aluminum plastic panels is not inferior to the gorgeous glass curtain wall and elegant stone curtain wall.

Under the sun, its level is gorgeous and dignified, and at the same time avoid light pollution.

4. High surface flatness:

Aluminum -plastic boards are produced by continuous hot and compound production processes. Therefore, compared with a single material metal plate, its surface flatness is high, especially large -sized plates are more obvious. For building decoration, it has a flat and flat appearance.

5. Good durability:

The aluminum -plastic plate uses metal and core material thermal composite technology, which is firmly bonded. The surface coatings are selected from different materials according to the different use environment. Generally, three types of coatings are used, namely fluorocarbon coatings, polyester coatings, and acrylic coatings. Carbon coatings have better weather resistance and are mostly used in curtain wall decoration and specific occasions. Test studies have shown that they can be used for more than 20 years in harsh outdoor environments.

6. Good processability:

Aluminom -plastic bụ aluminom na plastiko. Ọ dị mfe ịkpụcha, ịkụ aka, na-egwu ala, na mkpọchi. Enwere ike hazie ya na aluminom ma obu akụrụngwa nhazi. Ya mere, ọ bụghị naanị na enwere ike ịhazi ya na osisi na-emepụta, enwere ike ịhazi ya na mmiri.

7. Nnọgide oke ọkụ:

Na usoro aluminom -plastic usoro, a na-eji ihe ejikọtara aluminom aluminom na-eji ihe eji eme ihe ọhụrụ. Ihe a na-ejupụta n'ihe a na-emejupụta. Chọrọ.

8. Ezigbo njirimara:

Mmepụta nke osisi aluminom -plastic na-agbaso usoro ihe mejupụtara na-aga n'ihu nke prepiatite na igwe / core. E jiri ya tụnyere ihe dị elu mepụtara, arụmọrụ arụpụta dị elu ma ọnụ ahịa akụrụngwa dị ala. Ọ bụ ihe eji eme ihe dị mma.

9. Ezigbo nhazi ebe obibi:

Aluminium na plastik core na efere aluminom gbahapụrụ 100% maka idelite, na ibu gburugburu ebe obibi dị ala.

Ke adianade do, efere-plastinium plastinium na-eji akwa ọla plastik aluminom na-eji mkpuchi fluorocbocan. Ngwaahịa ndị ahụ nwere nnukwu ego na-akwụ ụgwọ kwa ụbọchị, na -ebelata ọnụ ahịa usoro ndụ niile.

10. Ogologo oge:

Ogwe aluminom -plastic na-arụ ọrụ na-adịghị arụ ọrụ ma jiri ya mee ihe. Na mgbakwunye na mma mma nke mgbidi mgbochi, n'ime ụlọ, ụlọ, ụlọ nri, ụlọ akwụkwọ ọgbakọ, wdg, ọ nwekwara ike iji ya maka ịmaliteghachi ụlọ ochie. Mgbidi dị n'ime na mpụga, wdg.

Usoro mmepụta nke abụọ, usoro mmepụta aluminom -plastic:

Enwere ọtụtụ usoro mmepụta nke aluminom -plastic efere. Enwere ike kewaa usoro ihe mejupụtara ya na efere aluminom abụọ nwere ike kewaa na usoro iwu na-ekpo ọkụ; Enwere ike kee ya na usoro iwu nke iwu na nke iwu.

Usoro nke imeputa ahihia aluminom bu uzo buru ibu aluminom di ocha. N'ihi mkpa nke mmepụta nke mkpụrụ osisi aluminom, elu kpuchie ya na mgbochi mmiri, na ụfọdụ unyi ga-agbanyekwa n'oge njem, nke ga-emetụta nghazi ya, yabụ ga-emetụta ya. Mgbe a na-ehicha mkpuchi aluminom ma mesoo ihe nkiri, elu ga-emepụta ihe nkiri na-echebe; Nke a na ihe nkiri ihe nkiri a nwere ike ime ka ike ọgwụ antioxidant nke mkpụrụ osisi aluminom ma gbasaa ndụ nke ihe nkiri eserese.

General usoro nhicha dị ka ndị a: aluminom mpịakọta → Watsralization → mmiri na-adọpụ → mmiri na-asa → nkụ → na-anata mpịakọta.

E zigara coil ahụ alumini dị ọcha na igwe mkpuchi na igwe mkpuchi elu-mpe mpe mpe mpe mpe mpe mpe mpe mpe mpe mpe akwa. Usoro usoro dị ka ndị a:

Aluminium mpịakọta → Nri → Ikpuchi fluorocarbon comesings → faili na-ekesa agba → Coofing → nchịkọta → nchịkọta → nchịkọta → nchịkọta → nchịkọta.

A ga-eji akwa nke agba na plastik nke dị n'èzí mgbidi. Achịcha elu nke efere dị elu bụ mkpuchi na-egbukekpọ na-egbukekpọ igwe na-eguzogide, nke ahụ bụ, polyfront diofluoroooroooroooroooroooroooroooroooroooroooroooroo (PVDF). Ọ dị mma anti -ultraviolet arụmọrụ na mmetọ mgbochi Anti -enverinal nwere ike idobe elu mkpuchi nke aluminom echedoro. Ihe dị oke elu nke osisi aluminom -plastite enweghị ike ọ bụghị naanị na agba ọla, ma ọmarịcha usoro na agba.

Cowzọ Fluorocarbocbon na-etinyekarị usoro mkpuchi na-ebute ihe mkpuchi aluminom, wee sie ya na oke okpomọkụ iji kpoo ya. Ngwá ọrụ ahụ na-aga n'ihu mmepụta, agba agba mbụ, wee tee akwa, ma mesịa kpuchie mkpuchi ahụ. Nchịkọta nke ọkpụrụkpụ nke agba agba atọ bụ 30 μm. Ọ bụla licquer ọ bụla ka a ga-eme ihe dị ka 60s dị ka 200 Celsius C kposị ya. Mgbe a na-ebelata oven, ọ na-ajụ ngwa ngwa site na igwe ikuku.

Ihe osise dị n'ime nwere ike iji resin epoxy resin, resin resin na acrylic resin. Mgbe agbachara agba, elu na agba na-ese, a na-ese ihe nkiri nke ihe nkiri nke ihe nchebe na elu mkpuchi iji zere ịkpụpụta ya n'oge nhazi na ntinye nke elu elu.

Ihe nkiri nchebe bụ akpụkpọ ahụ onwe onye, ​​enwere ike ikpughere ya mgbe emechara.

Aluminom coils na-acha uhie uhie nwere ike itinye usoro nke ihe eji rọba. Colastic core bụ nke kacha mma n'ígwé atọ, etiti bụ plastik, akụkụ abụọ ahụ anaghị agbanwe agbanwe. Enwere ike ịmepụta ahịhịa na addets iche, enwere ike ịmepụta ya n'ime atọ nke na-amịkọrọ.

Mpempe akwụkwọ a na-eme achịcha nke Archea / Pea / Adhesive bụ nke elu na ala efere nke aluminom. Mpempe akwụkwọ nke aluminom -plastiti bụ pleanite a bụ 0.15mm oké aluminom dị n'akụkụ abụọ, yana stare oyi oyi mmiri bụ 3 ruo 3 ~ 5mm, ngụkọta ahụ dị 4-6mm. N'ikpeazụ bee nkọwapụta 1220mm × 2440mm.