- Afrika
- basa Albania
- Amharic
- Arab
- wong Armenia
- Azerbaijan
- Basque
- Belarusia
- Bengali
- Bosnia
- basa Bulgaria
- Katalan
- Cebuano
- Cina
- China (Taiwan)
- Korsika
- basa Kroasia
- Ceko
- Danish
- Walanda
- Inggris
- Esperanto
- basa Estonia
- basa Finlandia
- Prancis
- Frisian
- Galician
- Georgian
- Jerman
- Yunani
- Gujarati
- Kreol Haiti
- hausa
- hawaiian
- basa Ibrani
- Ora
- Miao
- Hungaria
- basa Islandia
- igbo
- basa Indonesia
- irlandia
- basa Italia
- Jepang
- basa jawa
- Kannada
- kazakh
- Khmer
- wong Rwanda
- Korea
- Kurdi
- Kyrgyz
- TB
- Latin
- Latvia
- Lithuania
- Luksemburg
- wong Makedonia
- Malgashi
- Melayu
- Malayalam
- wong Malta
- Maori
- Marathi
- Mongolian
- Myanmar
- Nepali
- basa Norwegia
- basa Norwegia
- Occitan
- Pashto
- Persia
- Polandia
- Portugis
- Punjabi
- basa Rumania
- Rusian
- Samoan
- Gaelik Skotlandia
- basa Serbia
- Inggris
- Shona
- Sindhi
- Sinhala
- basa Slovak
- basa Slovenia
- Somali
- Spanyol
- Sundha
- Swahili
- Swedia
- Tagalog
- Tajik
- Tamil
- Tatar
- Telugu
- Thai
- basa Turki
- Turkmen
- Ukrainia
- Basa Urdu
- Uighur
- Uzbek
- Vietnam
- Welsh
- Pitulung
- Yiddish
- Yoruba
- Zulu
Bubuk pasir keramik
Kaist Keramik Foundry Sand Powder, uga disebut Keramik Foundry Sand Flour, nuduhake keramik pengecoran wedhi karo ukuran partikel kurang saka 0,075 mm, utawa ngisor bolong 200. Iku asring dipisahake saka partikel Keramik sintered utawa khusus selaras kanggo nggunakake khusus tinimbang ngecor lan inti-nggawe. Nduwe sifat sing padha karo Pasir Pengecoran Keramik kanthi ukuran partikel sing luwih alus lan refractoriness dhuwur.
Properti bubuk pasir Keramik
| Komponen Kimia Utama | Al₂O₃≥53%, Fe₂O₃＜4%, TiO₂＜3%, SiO₂≤37% |
| Ukuran Partikel | 200 mesh nganti 1000 mesh |
| Refractoriness | ≥1800℃ |
Aplikasi
Umume, Bubuk Pasir Pengecoran Keramik populer digunakake ing lapisan pengecoran lan ing proses percetakan 3D.
1. Aplikasi ing lapisan pengecoran
Bubuk Pasir Foundry Keramik minangka pilihan pengisi lapisan pengecoran sing apik kanggo ukuran partikel sing bisa dikontrol, wangun bunder, titik sintering sing cocog lan titik leleh, konduktivitas termal sing dhuwur, ekspansi termal sing kurang lan reaktivitas minimal menyang macem-macem jinis logam sing dibuwang. Iki minangka pengganti efektif saka bahan sing larang kayata glepung pasir zirkon.
keuntungan:
● Nyegah seng nembus logam lan wedhi burn-on èfèktif.
● Rampung apik saka casting.
● Coatings supaya gampang kanggo aplikasi. (contone: nyikat, nyemplung, ngusap, nyemprot, lsp.)
● permeabilitas banget kanggo supaya bolongan gas saka castings.
● Suda biaya.
● Ramah lingkungan.
2.Aplikasi ing printing 3D
Ceramic Foundry Sand Flour can be graded to a “single” mesh distributed form, it is rather suitable in 3D printing processes. Many parts of complicated castings have been produced by 3D with approving quality in a very short period.
keuntungan:
● Flowability banget kanggo mimpin printing gampang.
● Lower binder Kajaba kanggo ngindhari cacat gas saka castings.
● Suda biaya.
● Adapting kanggo akeh jinis casting logam.
● Rampung apik saka casting.
