Yayse Yay Sitesi Türkçe Yayse Yay Sitesi İngilizce Yayse Yay Sitesi Almanca    

SPRING MATERIALS

High Carbon Spring Wire


Music Wire ASTMA228
Nominal Analysis : C 0.70-1.00%
Mn 0.20-0.60%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 230-399 (1586-2751)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 30 (207)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.5(79.3)
Max. Operating Temp. °F : 250
Max. Operating Temp. °C : 121
Rockwell hardness : C41-60
Method of Manufacture Chief uses Special Properties : Cold drawn high and uniform tensile. High quality springs and wire forms. Suitable for cyclic applications.

Hard Drawn ASTMA227
Nominal Analysis : C 0.45-0.85%
Mn 0.60-1.30%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : CLI 147-283 (1014-1951)
CLII 171-324 (1179-2234)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 30 (207)
Torsional( Design Stress % Min. Tensile ) : 40
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.5(79.3)
Max. Operating Temp. °F : 250
Max. Operating Temp. °C : 121
Rockwell hardness : C31-52
Method of Manufacture Chief uses Special Properties : Cold drawn. Average stress applications. Lower cost springs and wire forms.

High Tensile Hard Drawn ASTMA679
Nominal Analysis : C 0.65-1.00%
Mn 0.20-1.30%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 238-350 (1641-2413)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 30 (207)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.5(79.3)
Max. Operating Temp. °F : 250
Max. Operating Temp. °C : 121
Rockwell hardness : C31-52
Method of Manufacture Chief uses Special Properties : Cold Drawn. Higher Quality springs and wire forms.

Oil Tempered ASTMA229
Nominal Analysis : C 0.55-0.85%
Mn 0.60-1.20%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : CLI 165-293 (1138-2020)
CLII 191-324 (1317-2234)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 30 (207)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.5(79.3)
Max. Operating Temp. °F : 250
Max. Operating Temp. °C : 121
Rockwell hardness : C42-55
Method of Manufacture Chief uses Special Properties : Cold drawn and heat treated before fabrication. General purpose spring wire.

Carbon Valve ASTMA230
Nominal Analysis : C 0.60-0.75%
Mn 0.60-0.90
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 215-240 (1482-1655)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 30 (207)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.5(79.3)
Max. Operating Temp. °F : 250
Max. Operating Temp. °C : 121
Rockwell hardness : C45-49
Method of Manufacture Chief uses Special Properties : Cold drawn and heat treated before fabrication. Good surface conditionand uniform tensile. Suitable for cyclic applications.

Alloy Steel Wire


Chrome Vanadium ASTMA231
Nominal Analysis : C 0.48-0.53%
Cr 0.80-1.10%
V0.15min%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 190-300 (1310-2069)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 30 (207)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.5(79.3)
Max. Operating Temp. °F : 425
Max. Operating Temp. °C : 218,5
Rockwell hardness : C41-55
Method of Manufacture Chief uses Special Properties : Cold drawn and ehat treated before fabrication. Used for shock loads and moderately elevated temperature.

Chrome Silicon ASTMA401
Nominal Analysis : C 0.51-0.59%
Cr 0.60-0.80%
Si 1.20-1.60%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 235-300 (1620-2069)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 30 (207)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.5(79.3)
Max. Operating Temp. °F : 475
Max. Operating Temp. °C : 246
Rockwell hardness : C48-55
Method of Manufacture Chief uses Special Properties : Cold drawn and heat treated before fabrication. Used for shock loads and moderately elevated temperature.

Stainless Steel Wire


AISI 302/304 ASTMA313
Nominal Analysis : Cr 17.-19.%
Ni 8.-10.%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 125-325 (862-2241)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 28 (193)
Torsional( Design Stress % Min. Tensile ) : 35
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 10 (69.0)
Max. Operating Temp. °F : 550
Max. Operating Temp. °C : 288
Rockwell hardness : C35-45
Method of Manufacture Chief uses Special Properties : Cold drawn general purpose corrosion and heat resistant. Magnetic in spring tempor.

AISI 316 ASTMA313
Nominal Analysis : Cr 16.-18%
Ni 10.-14.%
Mo 2.-3.%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 110-245 (758-1689)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 28 (193)
Torsional( Design Stress % Min. Tensile ) : 40
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 10 (69.0)
Max. Operating Temp. °F : 550
Max. Operating Temp. °C : 288
Rockwell hardness : C35-45
Method of Manufacture Chief uses Special Properties : Cold drawn. Heat resistant and better corrosion resistance than 302. Magnetic in spring tempor.

17-7 PH ASTMA313(631)
Nominal Analysis : Cr 16.-18.%
Ni 10.-14.%
Al 0.75-1.5%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : Cond CH 235-335 (1620-2310)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 29.5 (203)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11 (78.5)
Max. Operating Temp. °F : 650
Max. Operating Temp. °C : 343
Rockwell hardness : C38-57
Method of Manufacture Chief uses Special Properties : Cold drawn and precipitation hardened afeter fabrication. High strength and general purpose corrosion resistance. Slightly magnetic in spring tempor.

Non-Ferrous Alloy Wire


Phosphor Bronze Grade A ASTMB159
Nominal Analysis : Cu 94.-96.%
Sn 4.-6.%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 105-145 (724-1000)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 15 (103)
Torsional( Design Stress % Min. Tensile ) : 40
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 6.25(43.1)
Max. Operating Temp. °F : 200
Max. Operating Temp. °C : 93,3
Rockwell hardness : B98-104
Method of Manufacture Chief uses Special Properties : Cold drawn. Good corrosion resistance and electrical conductivity.

Berylium Copper ASTMB197
Nominal Analysis : Cu 98%
Be 2%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 150-230 (1034-1586)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 18.5(128)
Torsional( Design Stress % Min. Tensile ) : 45
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 7.0 (48.3)
Max. Operating Temp. °F : 400
Max. Operating Temp. °C : 204
Rockwell hardness : C35-42
Method of Manufacture Chief uses Special Properties : Cold drawn and may be mill hardened before fabrication. Good corrosion resistance and electrical conductivit. High physicals.

Monel 400 AMS 7233 Monel K 500 QQ-N-2863
Nominal Analysis : Ni 66%
Cu31.5%
C/Fe Ni 65.0%
Cu 29.5%
C/Fe/Al/Ti
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 145-180 (1000-1241)
160-200 (1103-1379)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 26 (179)
Torsional( Design Stress % Min. Tensile ) : 40
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 9.5 (65.5)
Max. Operating Temp. °F : 450
550
Max. Operating Temp. °C : 232
28
Rockwell hardness : C23-32
C23-35
Method of Manufacture Chief uses Special Properties : Cold drawn. Good corrosion resistance at moderately elevated termperature. Excellent corrosion resistance at moderately elevated temperature.

High Temperature Alloy Wire


A 286 Alloy
Nominal Analysis : Ni 26.%
Cr 15.%
Fe 53.%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 160-200 (1103-1379)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 29 (200)
Torsional( Design Stress % Min. Tensile ) : 35
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 10.4(71.7)
Max. Operating Temp. °F : 950
Max. Operating Temp. °C : 510
Rockwell hardness : C35-42
C23-35
Method of Manufacture Chief uses Special Properties : Cold drawn and precipitation hardened after fabrication. Good corrosion resistance at elevated temperature.

Inconel 600 QQ-W-3903
Nominal Analysis : Ni 76.%
Cr 15.8%
Fe 7.2%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 170-230 (1172-1586)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 31 (214)
Torsional( Design Stress % Min. Tensile ) : 40
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.0(75.8)
Max. Operating Temp. °F : 700
Max. Operating Temp. °C : 371
Rockwell hardness : C35-45
Method of Manufacture Chief uses Special Properties : Cold drawn. Good corrosion resistance at elevated temperature.

Inconel 718
Nominal Analysis : Ni 52.5%
Cr 18.6%
Fe 18.5%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : 210-250 (1448-1724)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 29 (200)
Torsional( Design Stress % Min. Tensile ) : 40
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 11.2(77.2)
Max. Operating Temp. °F : 1100
Max. Operating Temp. °C : 593
Rockwell hardness : C45-50
Method of Manufacture Chief uses Special Properties : Cold drawn and precipitation hardened after fabrication. Good corrosion resistance at elevated temperature.

Inconel x 750 AMS 5698, 5699
Nominal Analysis : Ni 73.%
Cr 15.%
Fe 6.75%
Gerilme ( Minimum Gerilme direnci [psi x 103(MPa)] ) : No. IT 155 Min. 1069 Spg T 190-230 (1310-1586)
Properties ( Modulus of Elasticity E [psix106(MPax103)] ) : 31 (214)
Torsional( Design Stress % Min. Tensile ) : 40
Properties ( Modulus in Torsion G [psix106(MPax103)] ) : 12 (82.7)
Max. Operating Temp. °F : 750-1100
Max. Operating Temp. °C : 399-593
Rockwell hardness : C34-39
C42-48
Method of Manufacture Chief uses Special Properties : Cold drawn and precipitation hardened after fabrication. Good corrosion resistance at elevated temperature.
ÜYE GİRİŞİ

Kullanıcı Adı:

Şifre:




Üye Olmak İçin Tıklayın
SİTE İÇİ ARAMA


ARGE ve TASARIM
TEDARİKÇİ ZİNCİRİ
HABERLER
Yeni bir haber şimdilik yok :(




  YAYSE Yay ve Mak.San.Tic.Ltd.Şti.
  Bornova Cad. No:10 Işıkkent / İZMİR
  E-Posta : info@yayse.com   yaysemak@gmail.com
  Tel: +90 232 472 28 50(pbx)
  Fax: +90 232 472 28 57
 
Web Tasarım ve Uygulama rf