CUT & BENT
REINFORCING


STAINLESS STEEL
CUT & BENT


FABRIC/MESH REINFORCING

CUT & BENT FABRIC

ACCESSORIES

  - WIRE

  - CONCRETE

  - PLASTIC

  - MISCELLANEOUS

STRUCTURAL STEEL

Tel:  01522 500400
Fax: 01522 500401

Lincoln Industrial Park
Sadler Road
Lincoln
LN6 3RS
 
 
Cut & Bent Reinforcing.


We can offer Cut & Bent Reinforcement to either of the standards as shown below. Please do not hesitate to Fax or E-Mail you're requirements for a speedy and efficient service.

BS 4466:1989:Preferred and Other Shapes.

Shape Code 20 Shape Code 32
Length=A
Length=A+h

Shape Code 33 Shape Code 34
Length=A+2h
Length=A+n

Shape Code 35 Shape Code 37
Length=A+2n
Length=A + B - 1/2r - d

Shape Code 38 Shape Code 41
Length=A+B + (c) - r - 2d
Length=A + B + (c)

Shape Code 43 Shape Code 51
Length=A+2B + c + (E)
Length=A + B - 1/2 - d

Shape Code 61 Shape Code 62
Length=2(A + B) + 12d
Length=A + (C)

Shape Code 82
Length=2A + 3B + 18d



NOTES:
Shape 34: Where the overall dimension of the bob is critical use shape 37.

Shape 35: Do not use this shape where the overall dimension of either bob is critical

Shapes 37 & 51: The formulae is approximate.

Shapes 42 & 49: The formulae for 'L' should not be used for angles with horizontal exceeding 45°

All other shapes are Shape 99 and require a fully dimensioned sketch

OTHER SHAPES:

Shape Code 39 Shape Code 42
Length=A + 0.57B + (C) - 1.57d
Length=A + B + C + n

Shape Code 45 Shape Code 49
Length=A +B + C - 1/2r - d
Length=A + B + (C)

Shape Code 52 Shape Code 53
Length=A + B + C + (D) - 1 1/2r - 3d
Length=A + B + C + D + (E) - 2r -4d



Shape Code 54 Shape Code 55
Length=A + B + (C) - r - 2d
Length=A + B + C + D + (E) - 2r - 4d

Shape Code 65 Shape Code 77
Length=A
Length=2A + B + 20d

Shape Code 78 Shape Code 79
Length=2A + B + C + 3d
Length=2A + 3B + 10d


Shape Code 85 Shape Code 87
Length=A + B + 0.57C + D - 1/2r - 2.57d
Length=Cµ (A + d) + B + 8d

Shape Code 99
All other shapes where a standard or combination of standard shapes cannot be used. A dimensioned sketch shall be drawn over the dimension columns A-E. Total length (L)= to be calculated.  


  Minimum former diameter/mm
Nominal bar diameter BS 8666
/mm
BS 4466
/mm
6 24 4d 36 6d
8 32 4d 48 6d
10 40 4d 60 6d
12 48 4d 72 6d
16 64 4d 96 6d
20 140 7d 120 6d
25 175 7d 200 8d
32 224 7d 256 8d
40 280 7d 320 8d


BS 8666 BS 4466 Grade
R R 250 Conforming to BS 4449
F D 460 deformed type 1 conforming to BS 4482 (for fabric conforming to BS 4483)
D T 460 deformed type 2 conforming to BS 4482 or grade 460A conforming to BS 4449 (for fabric conforming to BS 4483)
W W 460 plain round conforming to BS 4482 (for fabric conforming to BS 4483)
T T 460A or 460B deformed type 2 conforming to BS 4449
B T 460B deformed type 2 conforming to BS 4449 (for bar or fabric conforming to BS 4483)
S S a specified grade and type of stainless steel conforming to BS 6744
X X reinforcement of a type not included in the above list having material properties that are defined in the design or contract specification.




BS 8666:2000 Standard Shape

Shape Code 00 Shape Code 31
Length=A
Length=A + B + C + (D) - 1 1/2r - 3d

Shape Code 11 Shape Code 33
Length=A + (B) - 1/2r - d
Length=2A + 3B + 17d

Shape Code 12 Shape Code 41
Length=A + (B) - 1/2R - d
Length=A + B + C + D + (E) - 2r - 4d

Shape Code 13 Shape Code 44
Length=A + 0.57B + (C) - 1.57d
Length=A + B + C + D + (E) - 2r - 4d

Shape Code 15 Shape Code 46
Length=A + (C)
Length=A + 2B + C +(E)

Shape Code 21 Shape Code 51
Length=A + B + (C) - r - 2d
Length=2(A + B) + 16d

Shape Code 25 Shape Code 67
Length=A + B + (E)
Length=A

Shape Code 26 Shape Code 77
Length=A + B + (C)
Length=Cµ(A - d)


 
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