HZ20 Summus tin aluminium porosum sinteres aeris afferentem Provisores, Societas

HZ20 Summus tin aluminium porosum sinteres aeris afferentem

HZ20 Princeps Tin Aluminium Porous Sintered Cuprum Ferens ordinatur ad certas operationes tradendas in machinas et machinas et systemata mechanica media. Compositione olei corrosio resistentia, vires lassitudine moderata, et conformabilitas optima, haec portatio excludit necessitatem superficiei electroplandi, servato fortes anti-captionis proprietates et embeddability. Rara eius structurae aeneae sinteratae, aluminium mixturae altae infusae (AISn20Cu1), optimam lubricationem retentionis praestat et resistentiam sub continua operatione gerunt.

Key Features
Materia Structura:
Summus Tin Aluminium Iacuit (AISn20Cu1): 0.2-0.5mm crassum, frictioni, embeddability et corrosioni resistentiae providens.
Porous Sintered Cuprum Base: Auget oleum distributionem, dissipationem calor, et capacitatem oneris usque ad 50MPa.
Low-Carbon Steel Backing: Liberat vires mechanicas, conductivity scelerisque, et stabilitatem structuram.
Commoda design:
Ipsam machinationem diametri exterioris ad accurate aptam; porta interior retractari potest post institutionem ad applicationes nativus.
Eliminat necessitatem coatingendi additionalis anti-friction, multiplicitatem productionis minuendo.
Obsequium EU Finis-of-Vita Vehiculum Directivum 2000/53/EC ad environmental sustineri.

Applicationem Feature

HZ20 terminus lubricationis bushing in materia composita cum 3 laminis firmiter conjuncta: chalybs ut tergum, intered** pulvis sphaerici aenei ut interjectus et modificatus POM ut oblinit iacuit. lt sinum olei pro oleo lubricationis habet. lt lento cursu bene convenit. Gravis officiis debitis tortor. lt potest salvare sumptus et prolongare vitam operantes cum replacng normales aes bushings. lt minore frequentia olei addendi. processus repositum simpliciorem reddere cum in molendino volubili adhibetur. Late applicatur in chassis autocineti, machinae fabricandae, machinae metallurgicae et machinae fodiendae, machinae constructionis, hydropower, molendi volventis etc.

legem gere

Materia HZ20 specialem regulam circumdatam sequitur, ut in Fig.4 ostensum est, abrasio infinita in R periodo fieri potest quando applicata uncto et tunc instituto. Sed post hune r. terminus lubricationis conditio evanescet ac vestitus exaggeretur. si oleo reples. productus a non-signis vestitu comprehendi potest ac vita eius multum extendetur. Utilitas ergo materiae HZ20 est, ut oleum cum anto adiiciatur
intervallum, R, quod mire longior est, R ceteris materiis. Circiter quinquies longus est.

Cum HZ20 rubus impletur cum adipe ut lithium substructio vel uncto silicone. Eius officium vita variat ex PV valore sub condicione laborantis. puta. cum valor PV est circa 2.5MPam/s. vita eius officium circiter CC erit; cum valor PV est 0.1Mpa-m/s, vita eius officium supra I0,0oohr potest esse (vide tabulam singularum rerum) Circulus R lubricationis sustentationis HZ20 rubi est circa dimidium eius vitae servitutis. Puta cum PV=25Mpam/s. oleum omne 100hr lubricum esse oportet.

Material Structure

1. POMwith plumbum 0.3-0.5mm、
2. Sinterei aenei rari
3. Ferro veniatis
4. Aeris plating

Nota: variae materiae ad Hz20 series productorum aptae sunt secundum diversas condiciones operantes, ut aeramentum, ferrum incorruptum tergum et ducunt materiam liberam. Hz20 est plumbum liberum productum amica environmental color eius aurantiacus est.

Technical Date

perficientur index	Data
Maximilianus.Load	70N/mm²
PV limit	22N/mm²-m/s
Temp.limit	-40C~ 130℃
Friction Coeff	0.05~0.25μ
Celeritas terminus	2.5m/s

d	D	Shaft Dia f7	habitationem H7	Murus Crassitudo		Oleum peperit h	f1	f2	L ⁰ _-0.40
d	D	Shaft Dia f7	habitationem H7	Min.	Maximilianus.	Oleum peperit h	f1	f2	40	50	60	80	90	95	100	110	120
65	70	65 _-0.046	70 ^0.030	2.415	2.460	4	1.8	0.6	6540		6560
70	75	70 _-0.046	75 ^0.030			4			7040	7050		7080
75	80	75 _-0.046	80 ^0.030			4			7540		7560	7580
80	85	80 _-0.046	85 ^0.035	2.385	2.450	4	1.8	0.6	8040		8060	8080
85	90	85 _-0.054	90 ^0.035			4			8540		8560	8580
90	95	90 _-0.054	95 ^0.035			4			9040		9060	9080	9090
100	105	100 _-0.054	105 ^0.035			4				10050		10080		10095
105	110	105 _-0.054	110 0.035			6					10560	10580		10595
110	115	110 _-0.054	115 ^0.035			6					11060	11080		11095		105110
120	125	120 _-0.054	125 ^0.040			6	1.8	0.6			12060	12080				110110
125	130	125 _-0.063	130 ^0.040			6					12560					120110
130	135	130 _-0.063	135 ^0.040			6				13050	13060	13080			130100	125110
140	145	140 _-0.063	145 ^0.040			8				14050	14060	14080			140100
150	155	150 _-0.063	155 ^0.040			8				15050	15060	15080			150100
160	165	160 _-0.063	165 ^0.040			8				16050	16060	16080			160100
170	175	170 _-0.063	175 ^0.040			8				17050		17080			170100
180	185	180 _-0.063	185 ^0.046			8				18050	18060	18080			180100
190	195	190 _-0.072	195 ^0.046							19050	19060	19080			190100		190120
200	205	200 _-0.072	205 ^0.046							20050	20060	20080			200100		200120
220	225	220 _-0.072	225 ^0.046							22050	22060	22080			220100		220120
240	245	240 _-0.072	245 ^0.052							24050	24060	24080			240100		240120
250	255	250 _-0.081	255 ^0.052							25050	25060	25080			250100		250120
260	265	260 _-0.081	265 ^0.052							26050	26060	26080			260100		260120
280	285	280 _-0.081	285 ^0.052							28050	28060	28080			280100		280120
300	305	300 _-0.081	305 ^0.052							30050	30060	30080			300100		300120

d	D	Telum Dia f 7	habitationem H 7	Murus Crassitudo		Oleum peperit h	f1	f2	L ⁰ _-0.40
d	D	Telum Dia f 7	habitationem H 7	Min.	Maximilianus.	Oleum peperit h	f1	f2	40	50	60	80	90	95	100	110	120
65	70	65 _-0.046	70 ^0.030	2.415	2.460	4	1.8	0.6	6540		6560
70	75	70 _-0.046	75 ^0.030			4			7040	7050		7080
75	80	75 _-0.046	80 ^0.030			4			7540		7560	7580
80	85	80 _-0.046	85 ^0.035	2.385	2.450	4	1.8	0.6	8040		8060	8080
85	90	85 -0.054	90 ^0.035			4			8540		8560	8580
90	95	90 _-0.054	95 ^0.035			4			9040		9060	9080	9090
100	105	100 _-0.054	105 ^0.035			4				10050		10080		10095
105	110	105 _-0.054	110 ^0.035			6					10560	10580		10595
110	115	110 _-0.054	115 ^0.035			6					11060	11080		11095		105110
120	125	120 _-0.054	125 ^0.040			6	1.8	0.6			12060	12080				110110
125	130	125 _-0.063	130 ^0.040			6					12560					120110
130	135	130 _-0.063	135 ^0.040			6				13050	13060	13080			130100	125110
140	145	140 _-0.063	145 ^0.040			8				14050	14060	14080			140100
150	155	150 _-0.063	155 ^0.040			8				15050	15060	15080			150100
160	165	160 _-0.063	165 ^0.040			8				16050	16060	16080			160100
170	175	170 _{-0. 063}	175 ^0.040			8				17050		17080			170100
180	185	180 _-0.063	185 ^0.046			8				18050	18060	18080			180100
190	195	190 _-0.072	195 ^0.046							19050	19060	19080			190100		190120
200	205	200 _-0.072	205 ^0.046							20050	20060	20080			200100		200120
220	225	220 _-0.072	225 ^0.046							22050	22060	22080			220100		220120
240	245	240 _-0.072	245 ^0.052							24050	24060	24080			240100		240120
250	255	250 _-0.081	255 ^0.052							25050	25060	25080			250100		250120
260	265	260 _-0.081	265 ^0.052							26050	26060	26080			260100		260120
280	285	280 _-0.081	285 ^0.052							28050	28060	28080			280100		280120
300	305	300 _-0.081	305 ^0.052							30050	30060	30080			300100		300120