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Taenia aeris puri et mixturae aeris pro refrigeratore permutatoris caloris

Taenia aeris puri et mixturae aeris pro refrigeratore permutatoris caloris. Imago Praecipua.
  • Taenia aeris puri et mixturae aeris pro refrigeratore permutatoris caloris

Descriptio Brevis:

Productum:Lamina aeris puri, lamina aeris sine oxygenio, lamina aeris phosphorata, lamina aeris, lamina mixturae cupri niccoli

Materia:Cuprum purum 99.9%; Aes ≥65%; Cuprum niccoli mixtura ≥70%

Crassitudo:0.05mm-5mm

Latitudo: 4mm ≤ x ≤ 1000mm

Superficies:superficies nitida, munda et levis.


Detalia Producti

Etiquettae Productarum

Introductio

1. Cuprum purum vel lamina humiliter mixta, alta conductivitate thermali, pro permutatore caloris

frigidarium2

Gradus: T2, TP1, TP2, TU1, TU2, CuSn0.15 etc.

Gradus GB ISO ASTM EN JIS
Cuprum purum T2 Cu-FRHC C11000 CW004A C1100
Cuprum sine oxygenio TU1 / C10200 C103 C1011
TU2 Cu-OF C10200 C103 C1020
Cuprum phosphoratus TP1 Cu-DLP C12000 / C1201
TP2 Cu-DHP C12200 CW024A C1220
Tellurium cuprum TSn0.12 CuSn0.15 C14415 CW117C C1441

Proprietates functionis: Alta conductivitas thermalis, alta conductivitas electrica, bona efficacia processus, ductilitas, profunda delineatio, bona resistentia corrosionis

Specificationes:

Crassitudo: 0.005-5mm

Latitudo: 4-1000mm

Tolerantia (mm)

 

Crassitudo

Latitudo
<300 <600 mille <400 <600 <1000

Tolerantia crassitudinis ±

Tolerantia latitudinis ±
0.05-0.1 0.005 --- --- 0.2 --- ---
0.1-0.3 0.008 0.015 --- 0.3 0.4 ---
0.3-0.5 0.015 0.020 --- 0.3 0.5 ---
0.5-0.8 0.020 0.030 0.060 0.3 0.5 0.8
0.8-1.2 0.030 0.040 0.080 0.4 0.6 0.8
1.2-2.0 0.040 0.045 0.100 0.4 0.6 0.8
2.0-3.0 0.045 0.050 0.120 0.5 0.6 0.8
Supra 3.0 0.050 0.12 0.15 0.6 0.8 1.0

Usus: late adhibitus ut pinna vel cisterna in aeris conditioner, calefactore et campis electricis.

Systema aquae solaris thermalis; systema HVAC; calefactores aquae gasii; calefactio et refrigeratio aeris coacti; systemata electronica et cetera.

Proprietates Mechanicae

Gradus Mixtionis Metallicae

Ira

Robur tensile (N/mm²)

Elongatio %

Duritia

Conductivitas%IACS

Conductivitas thermalis W/(mK)

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB (HV)

JIS(HV)

ASTM (HR)

EN

 

  

T2

C1100

C11000

Cu-FRHC

M

O

O61

R200/H040

≥195

≥195

≤235

200-250

≥30

≥30

 

 

≤70

 

 

XL-LXV

97

388

Y4

Quarta pars horae

H01

R220/H040

215-275

215-285

235-290

220-260

≥25

≥20

 

≥33

LX-XC

55-100

XVIII-LI

XL-LXV

Y2

Dimidia hora

H02

R240/H065

245-345

235-315

255-315

240-300

≥8

≥10

 

≥8

LXXX-CX

75-120

43-57

65-95

Y

H

/

R290/H090

295-380

≥275

/

290-360

≥3

 

≥4

90-120

≥80

 

90-110

T

/

R360/H110

≥350

/

≥360

 

 

 

≥2

≥110

 

≥110

TU1

C1020

C10200

CU-0F

M

O

H00

R200/H040

≥195

≥195

200-275

200-250

≥30

≥30

 

 

≤70

 

 

XL-LXV

101

391

Y4

Quarta pars horae

H01

R220/H040

215-275

215-285

235-295

220-260

≥25

≥15

 

≥33

LX-XC

55-100

 

XL-LXV

Y2

Dimidia hora

H02

R240/H065

245-345

235-315

255-315

240-300

≥8

≥10

 

≥8

LXXX-CX

75-120

 

65-95

H

H03

R290/H090

≥275

285-345

290-360

 

 

≥8

≥80

 

90-110

Y

H04

295-380

295-360

≥3

 

 

90-120

 

H06

R360/H110

325-385

≥360

 

 

≥2

 

≥110

T

H08

≥350

345-400

 

 

 

≥110

 

H10

≥360

 

 

 

TU2

C1020

C10200

CU-0F

M

O

H00

R200/H040

≥195

≥195

200-275

200-250

≥30

≥30

 

 

≤70

 

 

XL-LXV

98

385

Y4

Quarta pars horae

H01

R220/H040

215-275

215-285

235-295

220-260

≥25

≥15

 

≥33

LX-XC

55-100

 

XL-LXV

Y2

Dimidia hora

H02

R240/H065

245-345

235-315

255-315

240-300

≥8

≥10

 

≥8

LXXX-CX

LXXX-C

 

65-95

H

H03

R290/H090

≥275

285-345

290-360

 

 

≥8

≥80

 

90-110

Y

H04

295-380

295-360

≥3

 

 

90-120

 

H06

R360/H110

325-385

≥360

 

 

≥2

 

≥110

T

H08

≥350

345-400

 

 

 

≥110

 

H10

≥360

 

 

 

TP1

C1201

C12000

CU-DLP

M

O

H00

R200/H040

≥195

≥195

200-275

200-250

≥30

≥30

 

 

≤70

 

 

XL-LXV

90

350

Y4

Quarta pars horae

H01

R220/H040

215-275

215-285

235-295

220-260

≥25

≥15

 

≥33

LX-XC

55-100

 

XL-LXV

Y2

Dimidia hora

H02

R240/H065

245-345

235-315

255-315

240-300

≥8

≥10

 

≥8

LXXX-CX

75-120

 

65-95

H

H03

R290/H090

≥275

285-345

290-360

 

 

≥8

≥80

 

90-110

Y

H04

295-380

295-360

≥3

 

 

90-120

 

H06

R360/H110

325-385

≥360

 

 

≥2

 

≥110

T

H08

≥350

345-400

 

 

 

≥110

 

H10

≥360

 

 

 

 

TP2

C1220

C12200

CU-DHP

M

O

H00

R200/H040

≥195

≥195

200-275

200-250

≥30

≥30

 

 

≤70

 

 

XL-LXV

70-90

340

Y4

Quarta pars horae

H01

R220/H040

215-275

215-285

235-295

220-260

≥25

≥15

 

≥33

LX-XC

55-100

 

XL-LXV

Y2

Dimidia hora

H02

R240/H065

245-345

235-315

255-315

240-300

≥8

≥10

 

≥8

LXXX-CX

75-120

 

65-95

H

H03

R290/H090

≥275

285-345

290-360

 

 

≥8

≥80

 

90-110

Y

H04

295-380

295-360

≥3

 

 

90-120

 

H06

R360/H110

325-385

≥360

 

 

≥2

 

≥110

T

H08

≥350

345-400

 

 

 

≥110

 

H10

≥360

 

 

 

 

2. Taenia cupri niccoli CuNi10/19/30 altae resistentiae corrosionis ad permutatorem caloris et refrigeratorem

frigidarius3

Gradus: CuNi10, CuNi19/20, CuNi30 etc.

Materia GB ISO ASTM EN JIS

Mixtura niccoli aeris

 B10 CuNi10 C70600 CN102 C7060
B19/20 CuNi19 C71000 CN104 C7100
B30 CuNi30 C71600 CN107 C7160

Proprietates effectuum: Bonae proprietates processus, resistentia corrosionis, resistentia aquae altae temperaturae et altae pressionis.

Specificationes

Crassitudo: 0.15-1.2mm

Latitudo: 10-300mm

Tolerantia (mm)

 

Crassitudo

Latitudo
<300 <600 <400 <600

Tolerantia crassitudinis ±

Tolerantia latitudinis ±
0.1-0.3 0.008 0.015 0.3 0.4
0.3-0.5 0.015 0.020 0.3 0.5
0.5-0.8 0.020 0.030 0.3 0.5
0.8-1.2 0.030 0.040 0.4 0.6

Usus: Late adhibitus in centralibus electricis, industria desalinationis, arte marina, industria petrochemica.

Proprietates Mechanicae

Gradus Mixtionis Metallicae

Ira

Robur tensile (N/mm²)

Elongatio %

Duritia

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB (HV)

JIS(HV)

ASTM (HR)

EN

B10

 

C70690

CuNi10

 

 

 

 

 

 

≥290

≥350

 

 

≥35

≥25

 

 

 

 

B19

 

C71000

CuNi19

 

 

 

 

≥275

 

338-655

≥310

≥25

 

XI-XL

XXXV-XXXVIII

 

 

 

 

B30

 

C71520

CuNi30

 

 

M20

 

 

 

310-450

 

 

 

≥30

 

 

 

 

 

H01

400-495

≥20

67-81

H02

455-550

≥10

76-85

H04

515-605

≥7

83-89

H06

550-635

≥5

85-91

H08

580-650

 

87-91

3. Taenia ex mixtura aenea Admiralty facta pro cisterna et calefactoribus permutatoris caloris

frigidarius4

Gradus: CuZn30/33/36 et cetera.

Materia GB ISO ASTM EN JIS

 

Aes

 H70 CuZn30 C26000 CW505L C2600
H68 CuZn33 C26800 CW506L C2680
H65 CuZn36 C27000 CW507L C2700

Proprietates effectuum: Bonae proprietates mechanicae; oeconomicae

Specificationes:

Crassitudo: 0.05-5mm

Latitudo: ≤600mm vel ≤1000mm (T≥0.5mm)

Tolerantia (mm)

 

Crassitudo

Latitudo
<300 <600 mille <400 <600 <1000

Tolerantia crassitudinis ±

Tolerantia latitudinis ±
0.05-0.1 0.005 --- --- 0.2 --- ---
0.1-0.3 0.008 0.015 --- 0.3 0.4 ---
0.3-0.5 0.015 0.020 --- 0.3 0.5 ---
0.5-0.8 0.020 0.030 0.060 0.3 0.5 0.8
0.8-1.2 0.030 0.040 0.080 0.4 0.6 0.8
1.2-2.0 0.040 0.045 0.100 0.4 0.6 0.8
2.0-3.0 0.045 0.050 0.120 0.5 0.6 0.8
Supra 3.0 0.050 0.12 0.15 0.6 0.8 1.0

Usus: cisterna et capita refrigeratoris, evaporatoris in industria marina.

Proprietates Mechanicae

Gradus Mixtionis Metallicae

Ira

Robur tensile (N/mm²)

Elongatio %

Duritia

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB

JIS

ASTM

EN

GB (HV)

JIS(HV)

ASTM (HR)

EN

H70

C2600

C26000

CUZn30

M

O

M02

R270/H055

≥290

 

285-350

270-350

≥40

 

 

≥40

≤90

 

 

55-90

Y4

Quarta pars horae

H01

R350/H095

325-410

 

340-405

350-430

≥35

 

 

≥21

85-115

 

43-57

95-125

Y2

Dimidia hora

H02

R410/H120

355-460

355-440

395-460

410-490

≥25

≥28

 

≥9

100-130

85-145

56-66

120-155

Y

H

H04

R480/H150

410-540

410-540

490-560

≥480

≥13

 

 

 

120-160

105-175

70-73

≥150

T

EH

H06

520-620

520-620

570-635

≥4

 

 

150-190

145-195

74-76

TY

SH

H08

≥570

570-670

625-690

 

 

 

≥180

165-215

76-78

H68

C2620

C26200

CUZn33

M

/

/

R280/H055

≥290

/

/

280-380

≥40

/

/

≥40

≤90

/

/

50-90

Y4

R350/H095

325-410

350-430

≥35

≥23

85-115

90-125

Y2

 

355-460

 

≥25

 

100-130

 

Y

R420/H125

410-540

420-500

≥13

≥6

120-160

125-155

T

R500/H155

520-620

≥500

≥4

 

150-190

≥155

TY

≥570

 

≥180

 

H65

C2700

C27000

CUZn36

M

O

 

R300/H055

≥290

≥275

 

300-370

≥40

≥40

 

≥38

≤90

 

 

55-95

Y4

Quarta pars horae

H01

R350/H095

325-410

325-410

340-405

350-440

≥35

≥35

 

≥19

85-115

75-125

43-57

95-125

Y2

Dimidia hora

H02

R410/H120

355-460

355-440

380-450

410-490

≥25

≥28

 

≥8

100-130

85-145

54-64

120-155

Y

H

H04

R480/H150

410-540

410-540

470-540

480-560

≥13

 

 

≥3

120-160

105-175

68-72

CL-CLXXX

T

EH

H06

R550/H170

520-620

520-620

545-615

≥550

≥4

 

 

150-190

145-195

73-75

≥170

TY

SH

H08

≥585

570-670

595-655

 

 

 

≥180

165-215

75-77
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