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기술자료 Technical Data

취급재료

취급재질 및 화학조성 - 유럽규격 EN1982 (DIN TABLE 29 ~ TABLE 35)

작성일 : 2020.04.13 조회수 : 2,494
                 
   Table 29ㅡ CuSn7Pb15-B(CB496K) and CuSn7Pb15-C (CC496K)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
 
 
min.max.min.max. min.min.min.min. 
 Cu74,079,574,080,0Sand         
 Ni2,00,52,0ㅡ GS170 80 8 60  
 P0,100,10       
 Pb13,217,013,017,0           
 Sn6,28,06,08,0Continuous     
 Zn2,02,0ㅡ GC 20090865 
 Al0,010,01       
 Fe0,200,25           
 Mn 0,20 0,20Centrifugal         
 S0,080,10ㅡ GZ 20090765 
 Sb0,50,5           
 Si0,010,01           
 alncluding nickel 
                 
                 
   Table 30ㅡ CuSn5Pb20-B(CB497K) and CuSn5Pb20-C (CC497K)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
 
 
min.max.min.max. min.min.min.min. 
 Cu70,077,570,078,0Sand         
 Ni0,52,50,52,5ㅡ GS150 70 5 45  
 P0,100,10       
 Pb19,023,018,023,0           
 Sn4,26,04,06,0Continuous     
 Zn2,02,0ㅡ GC 18090750 
 Al0,010,01       
 Fe0,200,25           
 Mn0,200,20Centrifugal         
 S0,080,10ㅡ GZ 17080650 
 Sb0,750,75           
 Si0,010,01           
 alncluding nickel 
                 
   Table 31ㅡ CuAl9-B(CB330G) and CuAl9-C (CC330G)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
  min.max.min.max. min.min.min.min. 
 
Al
8,210,58,010,5Permanent         
 Cu88,091,588,092,0mould 500 180 20 100  
 Fe1,01,2ㅡ GM     
 Mn0,500,50           
 Ni1,01,0Centrifugal     
 Pb0,250,30ㅡ GZ 45016015100 
 Si0,150,20       
 Sn0,250,30           
 Zn0,400,50           
 alncluding nickel 
                 
   Table 32ㅡ CuAl10Fe2-B(CB331G) and CuAl10Fe2-C (CC331G)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
  min.max.min.max. min.min.min.min. 
 Al8,710,58,510,5Sand          
 Cu83,089,083,089,5ㅡ GS 500 180 18 100  
 Fe1,53,31,53,5Permanent     
 Mn1,01,0mould 60025020130 
      ㅡ GM         
 Ni1,51,5Centrifugal     
 Mg0,05
0,05
ㅡ GZ 55020018130 
 Pb0,030,10       
 Si0,150,2Continuous     
 Sn0,200,20ㅡ GC55020015130 
 Zn0,500,50           
 aFor castings intended to be welded, the maximum lead content shall be 0,03%. 
                 
   Table 33ㅡ CuAl10Ni3Fe2-B(CB332G) and CuAl10Ni3Fe2-C (CC332G)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
 
 
min.max.min.max. min.min.min.min. 
 Al8,7
10,5
8,5
10,5
Sand          
 Cu80,085,580,086,0ㅡ GS 500 180 18 100  
 Fe1,02,81,03,0Permanent     
 Mn2,02,0mould 60025020130 
 
 
    ㅡ GM         
 Ni1,54,01,54,0Centrifugal     
 Mg0,05
0,05
ㅡ GZ 55022020120 
 Pb0,030,10       
 Si0,150,2Continuous     
 Sn0,200,20ㅡ GC55022020120 
 Zn0,500,50           
 aFor castings for sea-water applications, the aluminium content shall be such that A1 % <(8,2+0,5 Ni % ). 
 bFor permanent mould castings, the maximum copper content for ingots and castings shall be 88,5 %. 
 cFor castings intende to be welded, the maximum lead content shall be 0,03 %. 
                 
   Table 34ㅡ CuAl10Fe5Ni5-B(CB333G) and CuAl10Fe5Ni5-C (CC333G)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
  min.max.min.max. min.min.min.min. 
 Al8,810,08,510,5Sand          
 
Cu
76,082,576,083,0ㅡ GS 600 250 13 140  
 Fe4,05,34,05,5       
 
Mn
2,53,0Permanent         
 Ni4,05,54,06,0mould   7  
 Bi0,010,01ㅡ GM 650280 150 
 Cr0,050,05Centrifugal         
 Mg0,050,05ㅡ GZ 65028013150 
 Pb0,030,03       
 Si0,100,1Continuous     
 Sn0,10,1ㅡ GC65028013150 
 Zn0,400,50           
 aFor permanent mould castings, the minimum iron content of ingots and castings shall be 3,0 % and the minimum 
 nickel content shall be 3,7 %.    
                 
   Table 35ㅡ CuAl11Fe6Ni6-B(CB334G) and CuAl11Fe6Ni6-C (CC334G)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
 
 
min.max.min.max. min.min.min.min. 
 Al10,312,010,012,0Sand          
 Cu72,081,572,082,5ㅡ GS 680 320 5 170  
 Fe4,27,04,07,0       
 Mn2,52,5Permanent         
 Ni4,37,54,07,5mould      
 Mg0,050,05ㅡ GM 7503805185 
 Pb0,040,05Continuous     
 Si0,100,1ㅡ GC7503805185 
 Sn0,200,2           
 Zn0,400,50           
 aFor permanent mould castings, the minimum iron content of ingots and castings shall be 3,0 % and the minimum 
 aluminium content shall be 9,0 %. ln this case, the maximum copper content shall be 84,5 %.