Màndarga

Aar environmaa bi ak sakkanal kuuraŋ: wàññi li ñuy jëfandikoo ci xéewali grafit yi ak wàññi gaz carbonique yi ñuy bàyyi ci jawwu ji.
Njëgg lu yomb: njëg bi moo gëna néew 30-50% ci electrode graphite biñ defar.
Yoriinu kuuraŋ/tàngoor bu baax: jege na màndarga yi electrode graphite yi am.
Mën liggéey: yomb ci CNC machining, forage, yëy ak ñoom seen.
Resistance ci tàngoor wu metti: mën na dékku lu ëpp 2500 degre ci environmaa bu inert.

Parametru xarala

Xeetu paramet	Parametre (Unité)	Xeet toppalante
Matériel core	Setal karbon (%)	99.40-99.80 (Grade usine); 99.85–99.92 (Njortu bu kawe)
	Taxawam rësiklaas (%)	75–92
	Densité (g/cm3)	1.72–1.85
	ëmbiitu dóóm (ppm)	Lu néew wala lu tollu ci 350 (Grade Industriel); Lu néew wala lu tollu ci 200 (Kawe-Njàngat)
	Dayo partikil (μm)	10–25 (Njàngale); 6–15 (ñu setal)
-Mandargay xeex oksidaasioŋ	Xeetu revêtement	SiC buñ rësikle/Epoxy-Weer buñ soppali
	Tàngoor wiy xeex oxidation ( degre )	650–1100 (Resiklaas SiC)
	Taxawaayu oksidaasioŋ (g/m2·h)	Lu néew wala lu tollu ci 0.015 (Air ci 1000 degre); Lu néew wala lu tollu ci 0.025 (Atmosphere bu amul benn yëngu ci 1200 degre)
	Dundug liggéey vs. Grafit bu ndaw (%)	80–90
Performance mekanik	Force de flexion (MPa)	32–50
	Force de compression (MPa)	65–95
	Dëgëru tefes gi (HS)	48–70
Performance thermique	Tamperatiir bi gëna mag ci liggéey ( degre )	1100-1300 (ak luñu ko laxas)
	Conductivité thermique (W/m·K)	90–150 (Tàngooru néeg)
	Resistance à choc thermique ( degré )	Lu ëpp wala lu tollu ci 450 (Différence de température)
Performance elektronik	Resistivite volume (μΩ·m)	9–14
Usinage bu jaar yoon	Toleransi dimension (mm)	± 0.10 (Guddaay/Yaatu); ±0.04 (Yaatu)
Usinage bu jaar yoon	Rugour surface (Ra, μm)	0.8–1.5
Njariñu environmaa bi	Wàññi emprent karbon (%)	35–55 (ak. Produksioŋ bu ndaw)
Njariñu environmaa bi	Wàññi mbalit mi (%)	70–85

Produit yi dañuy jàppale ci personaaliseer (ratio rësiklaas bi, yaatuwaayu coating bi, ak dayo bi mën nañu ko méngale ak bëgg-bëggu usine bi)

Barabu aplikaasioŋ

Liggéeyukaay metalurgi

(1) Defar asiye ci four arc électrique: Ni electrode conducteur, baaxna ci moulin asiye yu ndaw ak yu digg.

(2) Fonte wen: moule graphite, sotti gémmiñ liner.

Usine decharge électrique: Electrode EDM yuñ defaraat ngir usine moules.
Jumtukaayi chimik yi: fourure reactor buy xeex korosioŋ, plaatu weccoo tàngoor.
Yeneen jëfandikoo ci usine yi: macceer katodu batëri, yaram wu tàngal grafit, baatu tëjug mekanik, ak ñoom seen.

Njariñ ak njariñu plaatu electrode graphite buñ defaraat

1. Njariñ yi (1) Koom-koom: Njëg li 50% -70% ci graphite bi njëkk.

(2) Aar environmaa bi ak mëna dundu ba fàww: wàññi mine graphite yi ak polusioŋ biy bawoo ci mbalit mi.

(3) Standard performance: méngoo ak bëgg-bëggu liggéeyukaay yu ndaw yi.

2. Fi yaxxu (1) Residu impureté: mën na am ay trace metal wala dóóm.

(2) Doole gu néew: dooley flexion 10%-20% moo gëna néew doole ci graphite native.

(3) Dundu gu gàtt: dundu liggéey bi dafa gëna gàtt ci suufu environmaa bu bari sargal.

Daanaka, plaque electrode graphite buñ rësikle xeetu macceer electrode bu baax la, baax ci environmaa bi te baax ci wàllu koom, te dañu koy jëfandikoo bu bari ci yenn liggéey yu bari. Doonte kàttanam dafa néew tuuti ci kàttanu graphite bu njëkk bi, mingi wéy di dox bu baax ci gox yu bari yu amul -extrême, moo tax mooy pexe mi gëna am solo ngir yokkute buy yàgg.