CLOSURE TOOLING · INDIA

Built for the seal. Engineered for repetition.

A 16-cavity closure tool built around the thread, seal and tamper band for large-format jar applications.

Illustrative upright closure mould halves, each with two columns of eight cavities and heater modules on top
MACHINE / MOULD2 × 8 upright mould layoutIllustrative configuration—not an installation photograph
Turquoise jar closures showing ribbed exterior and internal sealing features
THE PRODUCT48 mm jar closureIllustrative product render

THE PROJECT LOGIC

The product
sets the direction.

01 / Production brief

Produce 48 mm closures for 5 L and 10 L jars, with a specified output of 125,000 pieces per 24 hours of operation.

02 / Engineering approach

Develop the thread, sealing surface and tamper geometry together with the needle-valve hot runner. Arrange 16 positions as two columns of eight in the upright mould.

03 / Delivered scope

A closure mould with a defined product interface, cavity layout and hot-runner configuration, with materials selected by component wear function.

PROJECT SPECIFICATION

Product, equipment
& output.

16-cavity closure mould: project specifications
ParameterProject specification
Mould cavities16
Cavity layout2 × 8 · upright
Specified output125,000 pieces / 24 h
Closure diameter48 mm
Application5 L + 10 L jars
Mould envelope750 × 850 × 535 mm
Hot runnerNeedle-valve
Functional scopeThread + seal + tamper band

The output is stated per 24 hours of operation. Machine selection and the final cycle must be evaluated for the actual resin, tool and operating conditions.

PROJECT GEOGRAPHY

India

World map highlighting India

Delivered project in India. Customer identity is kept confidential.

AT A GLANCE

The working sequence.

  1. 01Define neck & seal
  2. 02Develop closure geometry
  3. 03Configure 16 cavities
  4. 04Match tool to production
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