Vitta solaris cellula iungo bus talea filum

Brevis descriptio:

Brand DONGKE
Product originem HANGZHOU, CHINA
Delivery time 7-15DAYS
Supple facultatem 90T / mense
PV materia basi aeris cum summa aeris puritate TUI oxygenii libera (contenta aeris> = 99,97%, conductivity>=100%, resistentiae<=0.0165 Ω·mm2/m ) per strictam processum productionis: Rolling-Superficies purgatio-calidi stagni plate- Spool/Plattam rotundam/Fixae longitudinis sectionem, quae productum vitta PV complevit.

Mitte ad nos inscriptio

Product Detail

Product Tags

Descriptio

Solaris Tabing filum Mechanica Property:

1. Prolongatio: E-Soft>=20% U-Soft>=15%

2. tensile robur:>= 170MPa

3. Latus camber: L<=7mm/1000mm

4. solidamentum plumbi liquescens punctum: 180~230°C

Resistentia electrica aeris:

TU1<=0.0618 Ω·mm2/m; T2<=0.01724 Ω·mm2/m

Core Cuprum TU1 Off-Cu vel ETP1:

1. Aeris puritas >=99.97%, Oxygeni<=10ppm

2. Resistentia: ρ20<=0.017241 Ω·mm2/m

Resistentia electrica Ribbon:

(2.1~2.5)X10-2 Ω·mm2/m

Crassitudo patella:

1) Manus-solidae: 0.02-0.03mm per latus

2) Machina solidanda: 0.01-0.02mm per latus

Materia compositio Plated:

I) series producta plumbum:

A.Sn 60%, Pb 40%

B.Sn 63%, Pb 37%

C.Sn 62%, Pb 36%, Ag 2%

D. Sn 60%, Pb 39.5%, Ag 0.5%

2) Liber series productorum plumbum:

A. Sn 96.5%, Ag 3.5%(Bi)

B. Sn 97%, Ag 3% et sic porro

De Tabbing Ribbon & Bus bar Ribbon

Vitta PV ex Aeris et admixtionibus efficiens componitur, et in Tabab ribbon et Bus vitta dividitur.

1. Tabing Ribbon

Ribbon tabescens plerumque cellularum seriei latera positiva et negativa coniungit.

2. Bus talea Ribbon

Bus bar Ribbon cellulam stringens in confluentes archa et canales electrica currenti colligit.

De Coating Alloy:

Genus efficiens determinatur per consilium et postulatum emptoris. Dividitur in libero tunica plumbea et mortua. Ad momentum genus membranae plumbei late adhibetur, sed in posterum explicabitur ad genus efficiendi liberum.

specifications

MENSURA (mm)	CRASSITUDO(mm)		AES MATERIA	TOLERATIO
WXT	Base Copper	Tunica per latus	AES MATERIA	Latitudo	Crassitudo
0.6x0.12	0.035	0.014	TU1	+/-0.05	+/-0.015
0.8x0.08	0.035	0.014	TU1
0.8x0.10	0.035	0.035	TU1
1.0x0.08	0.035	0.014	TU1	+/-0.05	+/-0.015
1.0x0.10	0.035	0.035	TU1	+/-0.05	+/-0.015
1.5x0.15	0.1000	0.035	TU1	+/-0.05	+/-0.015
1.5x0.20	0.1500	0.035	TU1	+/-0.05	+/-0.015
1.6x0.15	0.1000	0.035	TU1	+/-0.05	+/-0.015
1.6x0.18	0.1250	0.093	TU1
1.6x0.20	0.1500	0.035	TU1
1.8x0.15	0.1000	0.035	TU1	+/-0.05	+/-0.015
1.8x0.16	0.1100	0.035	TU1
1.8x0.18	0.1250	0.093	TU1
1.8x0.20	0.1500	0.035	TU1
2.0x0.13	0.093	0.035	TU1	+/-0.05	+/-0.015
2.0x0.15	0.1000	0.035	TU1
2.0x0.16	0.1100	0.035	TU1
2.0x0.18	0.1250	0.093	TU1
2.0x0.20	0.1500	0.035	TU1

Processus Technologiae

I, formans per fila per fila plana trahens et volvens
2, Heat
3, Hot-tinning tinning
IV, Precise spooling
Basis cuprea est oxygenium liberum bracteae cupreae quae ultra-praecisione volventia apparata e Germania importata sunt
Nitens est et sine lapillo ore, mollia duritiei Lorem exigentia urna.
Cum particulari technologiae formulae, tunica plumbi mixturae ex instrumentis tinctis professionalibus calidis tingendis ex Iaponia importatis efficitur. Tunica suffusio clara est et etiam, atable effectus habet et validos antioxidant quae adiuvat ad cede augendam glutino. Crassitudo eius exigentiis emptoris adaptari potest.
Vitta fieri potest ad ordinem secundum moduli solaris et dimensionem eius