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기술자료 Technical Data

취급재료

취급재질 및 화학조성 - 유럽규격(DIN TABLE 11 ~ TABLE 20)

작성일 : 2020.04.09 조회수 : 2,000
   Table 11 ㅡCuZn25AI5Mn4Fe3-B (CB762S) and CuZn25AI5Mn4Fe3-C (CC762S)    
 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
4,07,03,07,0Sand         
 Cu60,066,060,067,0ㅡ GS750 450 8 180  
 Fe1,53,51,54,0      
 Mn3,05,02,55,0Permanent         
 Ni2,73,0mould         
      ㅡ GM7504808180 
 ZnRemainderRemainderCentrifugal         
 P0,02 0,03ㅡ GZ750 480 5 190  
 Pb0,200,2      
 Sb0,030,03Continuous         
 Si0,080,1ㅡGC7504805190 
 Sn0,200,2          
 alncluding nickel 
        
                 
   Table 12ㅡ CuZn32AI2Mn2Fe1-B(CB763S) and CuZn32AI2Mn2Fe1-C (CC763S)   
 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
1,02,51,02,5Sand         
 Cu59,067,059,067,0ㅡ GS430 150 10 100  
 Fe0,52,00,52,0      
 Mn1,03,51,03,5          
 Ni2,52,5          
 Pb1,51,5Pressure die     
 Si1,01,0cast     
 Sn1,01,0ㅡ GP(440)(330)(3)(130) 
 ZnRemainderRemainder(see note)     
 Sb0,080,08          
 NOTEThe mechanical properties for pressure die castings (shown bracketed) are not mandatory requirements, 
  but are given for information only (see note 4 of 6.2). 
 alncluding nickel           
                 
   Table 13ㅡ CuZn34Mn3AI2Fe1-B(CB764S) and CuZn34Mn3AI2Fe1-C (CC764S)   
 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
1,53,01,03,0Sand         
 Cu55,065,055,066,0ㅡ GS600 250 15 140  
 Fe
0,8
2,0
0,5
2,5      
 Mn1,03,51,04,0          
 Ni2,73,0Permanent         
 ZnRemainderRemaindermould60026010140 
 P0,020,03ㅡ GM     
 Pb0,20,3Centrifugal     
 Sb0,050,05ㅡ GZ620 260 14 150  
 Si0,080,1          
 Sn0,30,3           
 alncluding nickel 
 bFor permanent mould casting, the minimum manganese content shall be 0,3 % foe ingots and castings.    
                 
   Table 14ㅡ CuZn35Mn2AI1Fe1-B(CB765S) and CuZn35Mn2AI1Fe1-C (CC765S)   
 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
0,72,20,52,5Sand         
 Cu56,064,057,065,0ㅡ GS450 170 20 110  
 Fe
0,5
1,8
0,5
2,0      
 Mn0,52,50,53,0Permanent         
 Ni6,06,0mould 47520018110 
 Sn0,81,0ㅡ GM         
 ZnRemainderRemainderCentrifugal     
 P0,020,03ㅡ GZ500 200 18 120  
 Pb0,50,5Continuous         
 Sb0,080,08ㅡ GC50020018120 
 Si0,100,1           
 NOTEFor certain applications a minimum proportion of alpha-phase in the microstructure of castings is required 
  (SEE 6.4). 
 alncluding nickel 
 bFor permanent mould castings, the minimum manganese content shall be 0,3 % for ingots and castings. 
                 
   Table 15ㅡ CuZn37AI1-B(CB766S) and CuZn37AI1-C (CC766S)   
 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
0,61,80,31,8Permanent         
 Cu60,063,060,064,0mould      
 Ni1,82,0ㅡ GM45017025105 
 ZnRemainderRemainder           
 Fe0,40,5       
 Mn0,40,5           
 P0,02       
 Pb0,40,50      
 Sb0,050,1          
 Si0,50,6      
 Sn0,40,50           
 alncluding nickel 
                 
   Table 16ㅡ CuZn38AI-B(CB767S) and CuZn38AI-C (CC767S)   
 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
0,10,80,10,8Permanent         
 Cu59,064,059,064,0mould      
 Ni0,81,0ㅡ GM3801303075 
 ZnRemainderRemainder           
 Fe0,40,5       
 Mn0,40,5           
 P0,05       
 Pb0,10,1      
 Si0,050,2      
 Sn0,10,1           
 alncluding nickel 
                 
   Table 17ㅡ CuSn10-B(CB480K) and CuSn10-C (CC480K)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
 
 
min.max.min.max. min.min.min.min. 
 Cu88,590,588,090,0Sand         
 Ni1,82,0ㅡ GS250 130 18 70  
 P0,050,2      
 Pb0,81,0Permanent         
 Sn9,311,09,011,0mould 2701601080 
 AI0,010,01ㅡ GM         
 Fe0,150,2Continuous     
 Mn0,100,10ㅡ GC280 170 10 80  
 S0,040,05           
 Sb0,150,2Centrifugal     
 Si0,010,02ㅡ GZ2801601080 
 Zn0,50,5           
 alncluding nickel 
                 
   Table 18ㅡ CuSn11P-B(CB481K) and CuSn11P-C (CC481K)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
  min.max.min.max. min.min.min.min. 
 
Cu
87,089,387,089,5Sand         
 P0,61,00,51,0ㅡ GS250 130 5 60  
 Sn10,211,510,011,5Permanent     
 Al0,010,01mould          
 Fe0,100,10ㅡ GM310170285 
 Mn0,050,05           
 Ni0,100,10Continuous     
 Pb0,250,25ㅡ GC350 170 5 85  
 S0,050,05           
 Sb0,050,05Centrifugal     
 Si0,010,01ㅡ GZ330170485 
 Zn0,050,05           
 aFor sand castings for non-bearing applications the phosphorus may be restricted to 0,15 max. [see 5 h)]. 
                 
   Table 19ㅡ CuSn11Pb2-B(CB482K) and CuSn11Pb2-C (CC482K)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
  min.max.min.max. min.min.min.min. 
 Cu83,586,583,587,0Sand         
 Ni2,02,0ㅡ GS240 130 5 80  
 P0,050,40       
 Pb0,72,50,72,5           
 Sn10,712,510,512,5Centrifugal     
 Zn2,02,0ㅡ GZ280150590 
 Al0,010,01       
 Fe0,150,20       
 Mn0,20,2Continuous         
 S0,080,08ㅡ GC280150590 
 Sb0,200,2       
 Si0,010,01           
                 
                 
   Table 20ㅡ CuSn12-B(CB483K) and CuSn12-C (CC483K)   
 Composition in %
(mass fraction)
CastingTensile0,2 % Brinell 
 processstrengthproof strengthElongationhardness 
 and
 
0.2
A  
 elementingotscastingsdesignationN/㎟N/㎟%HBW 
  min.
max.
min.
max.
 min.min.min.min. 
 Cu85,588,585,088,5Sand         
 Ni2,02,0ㅡ GS260 140 7 80  
 P0,200,60       
 Pb
0,6
0,7Permanent         
 Sn11,213,011,013,0mould 270150580 
 Al0,010,01ㅡ GM          
 Fe0,150,2Continuous     
 Mn0,20,2ㅡ GC300 150 6 90  
 S0,050,05           
 Sb0,150,15Centrifugal     
 Si0,010,01ㅡ GZ280150590 
 Zn0,40,5           
 aFor continuous castings and centrifugal castings, the minimum tin content content for ingots shall be 10,7% and for  
  castings 10,5% and the maximum copper content content for ingots and castings shall be 89,0%