UNIWELD Brazing Alloys

Bare / flux coated low-fuming bronze alloys used to braze or repair cast iron / steel casting and similar / non-similar metals. Feature superior wetting to ensure complete tinning. Available in 1/16, 1/8, 3/16 and 3/32 inch sizes

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Bare / flux coated low-fuming bronze alloys are used to braze or repair cast iron / steel casting and similar / non-similar metals.
UNIWELD -

Uni-1500 Brazing Alloy, 1/16 Inch Size

ModelItemPrice (ex. VAT)
C1AD1CD4TEB-
RFQ
UNIWELD -

Uni-1500fc Brazing Alloy, 1/8 Inch Size

ModelItemPrice (ex. VAT)
C4BH5CD4TEN-
RFQ
UNIWELD -

Uni-1500fc Brazing Alloy, 3/16 Inch Size

ModelItemPrice (ex. VAT)
C4BK5CD4TEQ-
RFQ
UNIWELD -

Uni-1500fc Brazing Alloy, 3/16 Inch Size

ModelItemPrice (ex. VAT)
C4BK1CD4TEP-
RFQ
UNIWELD -

Uni-1500fc Brazing Alloy, 1/8 Inch Size

ModelItemPrice (ex. VAT)
C4BH1CD4TEM-
RFQ
UNIWELD -

Uni-1500 Brazing Alloy, 1/16 Inch Size

ModelItemPrice (ex. VAT)
C1AD5CD4TEC-
RFQ
UNIWELD -

Uni-1500fc Brazing Alloy, 3/32 Inch Size

ModelItemPrice (ex. VAT)
C4BF5CD4TEL-
RFQ
UNIWELD -

Uni-1500fc Brazing Alloy, 3/32 Inch Size

ModelItemPrice (ex. VAT)
C4BF1CD4TEK-
RFQ
UNIWELD -

Uni-1500 Brazing Alloy, 3/16 Inch Size

ModelItemPrice (ex. VAT)
C1AK5CD4TEJ-
RFQ
UNIWELD -

Uni-1500 Brazing Alloy, 3/16 Inch Size

ModelItemPrice (ex. VAT)
C1AK1CD4TEH-
RFQ
UNIWELD -

Uni-1500 Brazing Alloy, 1/8 Inch Size

ModelItemPrice (ex. VAT)
C1AH5CD4TEG-
RFQ
UNIWELD -

Uni-1500 Brazing Alloy, 1/8 Inch Size

ModelItemPrice (ex. VAT)
C1AH1CD4TEF-
RFQ
UNIWELD -

Uni-1500 Brazing Alloy, 3/32 Inch Size

ModelItemPrice (ex. VAT)
C1AF5CD4TEE-
RFQ
UNIWELD -

Uni-1500 Brazing Alloy, 3/32 Inch Size

ModelItemPrice (ex. VAT)
C1AF1CD4TED-
RFQ

Features

  • These brazing alloys feature superior wetting to ensure complete tinning.
  • They are available in 1/16, 1/8, 3/16 and 3/32 inch sizes.

Frequently Asked Questions

Which type of flame is ideal for brazing?

Neutral oxy-acetylene flame is recommended for brazing.

What are the advantages of brazing?

Advantages of brazing include producing joints with minimal residual stresses and thermal distortion when compared to welding. It also has a processing temperature & lower power input than welding and does not require post-processing heat treatment.

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