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Soap Stamping Dies

Purchase this wide range of supreme quality soap stamping dies from us at Mahalaxmi Engineering Work. These are appreciated for forming different varieties of soaps in various sizes, shapes, designs etc. In order to create soap with a precise form, people use soap moulds to keep soap in place while it hardens. Our offerings are suitable for making gel soaps, lye- and tallow-based soaps. In addition to this, the said products can be easily cleaned and maintained without much hard work. Soap stamping dies have advantages that could influence how you soap. These are easy to use, light weighted and compact in size. 

Eight Cavity Soap Dies

Price 200000 INR/ Set

MOQ : 1 Set

  • Core Material
  • Premium tool steel for enhanced mold life
  • Die Head
  • Interchangeable die head system for flexible use
  • Life Span
  • Up to 1,000,000 impressions under standard conditions
  • Material
  • Steel
  • Mould Base
  • High-grade steel base for stability and durability
  • Product Type
  • Soap Dies
  • Punch Dies
  • Hardened steel punches for consistent shaping
  • Shaping Mode
  • Die Casting
  • Tolerance
  • 0.02 mm
  • Usage
  • Industrial
  • Working Process
  • Other, CNC Machined and Ground for precision

Six Cavity Soap Dies

Price 200000 INR/ Set

MOQ : 1 Piece

  • Core Material
  • Alloy Steel
  • Die Head
  • Multi-cavity design (6 cavities)
  • Life Span
  • Up to 500,000 cycles
  • Material
  • Steel
  • Mould Base
  • Hardened Steel
  • Punch Dies
  • Replaceable punches for each cavity
  • Shaping Mode
  • Die Casting
  • Tolerance
  • 0.01 mm
  • Usage
  • Industrial
  • Working Process
  • Other, Precision CNC Machining

Four Cavity Soap Dies

Price 200000 INR/ Set

MOQ : 1 Piece

  • Core Material
  • High Grade Stainless Steel
  • Life Span
  • Up to 500,000 cycles (under standard conditions)
  • Material
  • Other, Hardened Steel (Die Steel)
  • Mould Base
  • Mild Steel (MS)
  • Punch Dies
  • Corrosion Resistant, Interchangeable
  • Shaping Mode
  • Other, Compression Molding
  • Tolerance
  • 0.01 mm
  • Working Process
  • Other, Precision Machining and Heat Treatment