• Home›
  • Casting moulds & Jigs
  • Home›
  • Casting moulds & Jigs
  • Casting moulds & Jigs

    Source casting moulds & jigs from India's verified manufacturers and exporters on Himalay. Browse sand casting moulds, shell moulds, investment casting moulds, permanent metal moulds and die casting moulds for industrial and export applications.

    Showing 6 items
    6 items
    Subcategories
    Sand Casting Moulds
    Shell Moulds
    Investment Casting Moulds
    Permanent Metal Moulds
    Die Casting Moulds
    Injection Moulds
    Compression Moulds
    Blow Moulds
    See all
    maximum part size (mm)
    100200300
    100200300500
    200300400
    200300500
    number of cavities
    —
    1
    16
    2
    4
    8
    tolerance capability
    ±0.02
    ±0.05
    ±0.1
    ±0.2
    ±0.3
    tool hardness (hrc)
    25
    30
    35
    40
    45
    48
    50
    tool life (shots / cycles)
    100000200000
    200000 cycles
    2000005000001000000
    2000050000
    50000100000
    tool material
    Alloy Steel
    H13 Steel
    H13 Tool Steel
    Mild Steel
    P20 Steel
    S136 Steel
    workpiece material compatibility
    ABS
    Aluminium
    Brass
    CI
    HDPE
    Nylon
    PP
    PVC
    See all
    CNC Machining Fixture
    CNC Machining Fixture$1,500 - $15,000
    Extrusion Die Tool
    Extrusion Die Tool$1,500 - $12,000
    Plastic Blow Mould
    Plastic Blow Mould$2,000 - $20,000
    Plastic Injection Mould
    Plastic Injection Mould$5,000 - $60,000
    Shell Mould Tooling
    Shell Mould Tooling$2,000 - $12,000
    Casting moulds & Jigs sourcing

    About Casting moulds & Jigs

    Sand Casting MouldsTooling patterns and mould systems used to form cavities in sand moulds for producing cast metal components in foundry processes.
    Shell MouldsPrecision mould tooling used in shell mould casting to produce metal parts with improved dimensional accuracy and smoother surface finish.
    Investment Casting MouldsHigh-precision pattern tooling used in investment casting processes to produce complex metal components with tight tolerances.
    Permanent Metal MouldsReusable metal moulds used in gravity or permanent mould casting processes for producing consistent non-ferrous metal castings.
    Die Casting MouldsHigh-strength precision moulds used in pressure die casting machines to manufacture aluminium or zinc components at high production volumes.
    Injection MouldsPrecision multi-cavity moulds used in plastic injection moulding to produce high-volume polymer components with accurate dimensions.
    Compression MouldsMould tooling used in compression moulding processes for forming rubber, composite, or polymer components under heat and pressure.
    Blow MouldsSpecialized moulds used in blow moulding machines to produce hollow plastic products such as bottles, containers, and tanks.
    Extrusion DiesForming dies used in extrusion processes to create continuous profiles of metal or plastic materials with specific cross-section shapes.
    Stamping DiesTooling dies used in sheet metal stamping presses to cut, bend, or form metal sheets into finished components.
    Progressive DiesMulti-stage stamping dies that perform sequential operations in a single press cycle to produce complex sheet metal parts efficiently.
    Welding JigsFixtures designed to hold and position components accurately during welding operations to ensure alignment and repeatable production.
    Assembly FixturesTooling fixtures used to accurately position and secure components during assembly processes for consistent manufacturing quality.
    Machining FixturesPrecision fixtures used to securely hold workpieces on CNC or machining centers during drilling, milling, or turning operations.
    Inspection FixturesSpecialized fixtures used in quality control processes to check dimensions, alignment, and tolerances of manufactured components.
    Drilling JigsGuiding fixtures used to accurately position drill tools and ensure consistent hole placement during drilling operations.

    Casting moulds, dies and jigs cover the tooling that shapes material and locates work in production: moulds and dies that form molten or softened material into net or near-net parts, and jigs and fixtures that hold and guide workpieces during machining, welding, assembly and inspection. They are used wherever volume manufacturing depends on dedicated tooling, from plastic and rubber moulding and metal die-casting and stamping through to machine-shop and fabrication work-holding. This overview spans the main families rather than a single tool: injection, compression, blow and transfer moulds for plastics and rubber; gravity and pressure die-casting dies; progressive, blanking and forming press dies for sheet metal; and the jig-and-fixture set covering drilling jigs, machining, welding, assembly and inspection fixtures. Tooling commonly references mould and die-base standards such as DME and HASCO, with tolerances tied to ISO 2768 and feature control to GD&T; jig and fixture acceptance is proven against first-article parts. Materials are dominated by tool steels such as P20 for mould bases, H13 for die-casting and hot work, and D2 or A2 for cold-work dies, hardened to a specified HRC, with surface treatments such as nitriding, hard chrome, PVD coating or texturing to extend life and control release. Configuration covers cavity count, gating and cooling for moulds, station layout and clearances for dies, and datum, locator and bushing scheme for jigs. At Himalay, casting moulds, dies and jigs are produced to your drawing, math data or sample with steel grade, hardness and surface treatment agreed up front; material certificates such as EN 10204 3.1, hardness and first-article reports, and tool trials can be provided where specified, and treatments are coordinated as part of the standard order flow.

    Popular searches in Casting moulds & Jigs

    Frequently Asked Questions

    What tooling family do I need for my part?
    What is the typical minimum order for tooling?
    Which certifications and trial documents are available?
    What steel grade, hardness and surface treatment should I specify?
    Can tooling be built to our OEM drawing, math data or sample?
    What lead times and delivery terms apply to Europe and the GCC?