Flame spray is ideal for coating cylindrical parts. Powder is fed into a fixed oxy-acetylene or oxy-hydrogen flame and projected towards the base material. The semi molten material forms a mechanical bond that, when fused to the workpiece, creates a metallurgical bond. High hardness alloys and tungsten carbide mixtures can be used.

Deposition rates are from 1-9 kg/hour and surfacing thickness from 0,1 - 3 mm.

Surfit™ 1245

Ni based powder - 44 HRC Manufacturing Process - Gas Atomised Article No. 116005

Surfit™ 1250

Ni based powder - 51 HRC Manufacturing Process - Gas Atomised Article No. 115950

Surfit™ 1260

Ni based powder - 61 HRC Manufacturing Process - Gas Atomised Article No. 115951

Surfit™ 1340

Ni based powder - 385 HV30 Manufacturing Process - Gas Atomised Article No. 115952

Surfit™ 1345

Ni based powder - 44 HRC Manufacturing Process - Gas Atomised Article No. 115998

Surfit™ 1350

Ni based powder - 51 HRC Manufacturing Process - Gas Atomised Article No. 115953

Surfit™ 1355-20

Ni based powder - 57 HRC Manufacturing Process - Gas Atomised Article No. 116000

Surfit™ 1360

Ni base powder - 61 HRC Manufacturing Process - Gas Atomised Article No. 115954

Surfit™ 1360-20

Ni based powder - 62 HRC Manufacturing Process - Gas Atomised Article No. 116002

Surfit™ 1240

Ni based powder - 385 HV30 Manufacturing Process - Gas Atomised Article No. 115949

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LAM 2012 Texas

LAM, Texas 29th Feb to 1st March at the Sheraton North Houston Hotel. Meet Hoganas at the exhibition and attend the presentations.

Metalex 2011

Metalex is postponed until 21st to 24th Dec. in Bangkok, Thailand. Meet us at stand number G502.

Glasstech Asia - 2011

Glasstech Asia 23rd to 25th Nov. in Jakarta, Indonesia. Meet us at stand number N15.
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