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2-Component High-Pressure Foaming Machine

JPU 2-Component High-Pressure Foaming Machine — widest application range: Home Appliances, Insulation Materials, Automotive Interior, Door Panels, Imitation Wood

2-component high-pressure foaming machine

The JPU 2-Component High-Pressure Foaming Machine is Junying's widest-coverage core model for foam production that requires uniform mixing, repeatable shot accuracy, and steady production rhythm. Flow rate and mixing-head configuration can be matched to products such as refrigerators, freezers, water heaters, cold-storage panels, door cores, automotive interiors, PU profiles, imitation wood parts, and flexible furniture foam. For new lines, expansion projects, or high-flow orders, it can be combined with 1-to-X pouring, central feeding, intermediate storage tanks, large electric-opening molds, mold-carrier conveyors, and automatic pouring.

Start with the part and material system

The JPU two-component machine serves applications including insulation panels, refrigerators and freezers, door cores, automotive interiors, and furniture foam. Selection starts with the finished part, material system, required shot size, and mold arrangement. These inputs determine the flow configuration, mixing head, and supporting equipment. A broad application range does not mean that one fixed configuration suits every material: the proposed setup needs to be checked against the customer’s formulation and part requirements.

Standalone machine or a coordinated production line

Available options include one-to-multiple-press arrangements, different mixing heads, central feeding, and intermediate storage tanks. The cold-storage panel application illustrates a one-to-three arrangement with a high-flow mixing head and a multi-station line. Other parts require their own assessment of mold count and production rhythm. For a quotation, provide part drawings, existing mold and line information, and whether the project is a new line or an expansion. Component count alone is not enough to specify the machine.

Highlights

  • High shot-to-shot repeatability and uniform mixing
  • Stable performance, easy operation, high production efficiency
  • Wide application range: Home Appliances, Insulation Materials, Automotive Interior, furniture, Door Panels, Imitation Wood, PU profiles
  • Customizable flow rate and Mixing Head configuration
  • Supports 1-to-X pouring, central feeding, intermediate tanks, and automatic pouring
  • High-flow configuration can pair with a large electric-opening mold for rigid-foam cutting and mattress foam production
  • Suitable for new-line planning, factory expansion, and automation retrofit evaluation
  • Long-term in-house R&D and patent know-how

Specifications

Components2-Component

INTERACTIVE CUTAWAY

Open the machine and follow one complete shot

Select the storage system, metering pump, flowmeter, PLC or mixing head to see its role, best-fit situations and related equipment.

2-Component High-Pressure Foaming Machine process cutawayComponents A and B travel from the machine-side tanks through metering pumps and flow monitoring to the mixing head under PLC supervision.AB
Blue and amber lines illustrate the A- and B-component pathsProcess explainer only — not an engineering cutaway or piping drawing

01 / 05

Tanks & storage

What it does

Holds components A and B before metering and works with temperature control, agitation and refill conditions to keep material entering the machine more consistent.

When it matters most

Continuous production, central feeding for multiple machines, high material consumption, or any line where manual refill would interrupt rhythm.

How are final specifications confirmed?

The table only shows fixed values supported by current technical records. An engineer confirms all remaining dimensions, power and cycle requirements against your production conditions. Share these four inputs for a more accurate proposal:

  • Material system or finished product
  • Target output, shot weight and cycle time
  • Mold quantity, dimensions and pouring method
  • Available power, space and safety requirements

Gallery

Companion Equipment

Applicable Scenarios