• Induction Bonding Solar Panels Class: Induction Bonding

    Intro: Objective To heat the stainless steel substrate of a solar panel shingle in order to melt the polymer encapsulant, allowing two shingles to bond together with a 3 inch overlap.Material 3″ by 10.25″ section of a 21″ solar panel shingleTemperature 130 CFr…

  • Induction Bonding Steel Clips Class: Induction Bonding

    Intro: Objective To heat metal clips and press-bond them into rubber seals. The metal needs to be heated to 250F to 350F with a cycle time not exceeding 3 secondsMaterial Steel clips and rubber sealer blocksTemperature 250F to 350FFrequency 373 kHzEquipment UM-U

  • Metal to Plastic by Induction Bonding Class: Induction Bonding

    Intro: Objective To heat a steel magnetic steel post to 300F for a bonding application.Material Magnetic steel posts Plastic handleTemperature indicating paintTemperature 300F (149C)Frequency 288 kHzEquipment UM-UHF-6 kW, 100-400 kHz induction heating power supp

  • Induction Annealing Stress Relieving Class: HF Induction Annealing

    Intro: STRESS RELIEVING,NORMALISING AND ANNEALINGStress RelievingStress relieving is applied to both ferrous and non-ferrous alloys and is intended to remove internal residual stresses generated by prior manufacturing processes such as machining, cold rolling an

  • INDUCTION HARDENING AND FLAME HARDENING Class: Induction Hardening

    Intro: WHAT ARE THE TREATMENTS?Induction hardening and flame hardening are methods for hardening the surfaces of components, usually in selected areas, by the short-time application of high-intensity heating followed by quenching. The heating and hardening effec

  • Induction HARDENING AND TEMPERING OF TOOLS Class: Induction Hardening

    Intro: WHAT ARE THE STEELS?Tool and die steels are covered in BS 4659:1989, although both American nomenclature and a variety oftrade names are also in use. Available in high-quality grades, these specifically-designed steels can be groupedbroadly according to t

  • Induction De-bonding Stainless Steel Class: Induction Bonding

    Intro: Objective To separate bonded stainless steel / carbon fiber assemblies by heating tang, softening the adhesive bondMaterial Stainless steel and carbon fiber insertsTemperature 300 F (149C)Frequency 200 kHzEquipment • UM-UHF-6kW induction heating system, e

  • Induction Bonding plastic sleeve to stainless steel handle Class: Induction Bonding

    Intro: Objective Heating end of a stainless steel handle with a plastic sleeve coated with heat adhesive for a bonding applicationMaterial 1” (25mm) OD stainless steel handle 0.30” (7.6) thick covered with a plastic sleeve that is coated with a heat adhesive be…

  • Induction Debond rubber seal from steel Class: Induction Bonding

    Intro: Objective Debond a fluorocarbon rubber seal from a carbon steel oil seal Material 4” (10.2cm) OD carbon steel oil seal with a fluorocarbon rubber sealTemperature 1200 F (649 C)Frequency 179 kHzEquipment • UM-UHF-6kW induction heating system, equipped wit…

  • Induction Bonding Gasket to Nut Class: Induction Bonding

    Intro: Objective To heat a steel sombrero nut prior to gasket bondingMaterial • Steel sombrero-shaped nut approx. 2” (50.8mm) diameter, 2” (50.8mm) in height • gasketTemperature 350 F (176 C)Frequency 266 kHzEquipment • UM-UHF-6kW induction heating system, e…

Press←or→to turn page