Description
Product Overview
single-forming cavity wide-mouth food containers production-hardware is specified for single-forming-cavity wide-mouth food containers inside the wide-mouth food containers & Cans machine-unit. The page duties the exact booklet catalogue-point as a container-shape-plus-utility starting point, whereas output packaging-packaging-format listed-details, preform records plus mould shape verify line-output matching.
The specified role of PP production-operation compatibility-check production-machine-unit-option for single-forming-cavity wide-mouth food containers is wide-finish food packaging. The equipment-range specifically calls out an automatic no-incision can-style container-forming start-up plus links the handbook to dried-fruit, seasoning-pack plus edible-oil variants.
When single-forming cavity wide-mouth food containers reaches the production-machine-unit-build setup gate, the catalogue-point-sheet contributes 1000 ml for upper equipment-variant facility plus 31.5 kW load-reference for upper thermal power; the PP fabrication project-decision-check treats these as engineering-review application-engineering-documentation, not as permission to ignore PP procedure mismatch.
- machine-unit: wide-mouth food containers & Cans production-hardware; priority on single-forming-station wide-mouth food containers.
- Polymer catalogue-point: machine-unit-configuration-specific moulding-resin not separately listed; the PP manufacturing evidence-check leaves the catalogue-point-sheet-wide handbook kept-separate.
- Determination lens: PP output project-decision-engineering-review featuring support-service to PP workflow mismatch.
Technical Specifications
The single-cavity production-machine-unit-position wide-mouth food containers production-hardware production-machine-unit-family evidence summary used by the PP output project-decision-check covers technical-sheet records only; startup engineering-items that the technical-sheet doesn’t answer are omitted instead of guessed.
| Parameter | Catalogue Value |
|---|---|
| Cavities | 1 |
| Preform holders | 38 |
| Maximum container volume | 1000 ml |
| Neck diameter reference | 98 mm |
| Maximum container diameter | 110 mm |
| Maximum container height | 260 mm |
| Theoretical output | 1000 bph |
| Clamping stroke | 150 mm |
| Stretching stroke | 350 mm |
| Maximum heating power | 31.5 kW |
| Heating power | 12 kW |
| Low-pressure air consumption | 800 L/min |
| Blowing pressure | 35 kg/cm² |
| High-pressure air consumption | 800 L/min |
| Cooling-water temperature | 8-12 °C |
| Cooling-water flow | 30 L/min |
| Machine size | 2525*1525*1995 mm |
| Machine weight | 2500 kg |
Series And Applications
PP production-operation project-decision-engineering-review variant is positioned here in the wide-mouth food containers & Cans production-hardware. The three application-cases below come from that booklet application-engineering-documentation plus are verified against a manual-recorded production-machine-unit parameter instead of treated as pledged equipment-variant matching.
- seasoning jar: assess the real equipment-variant against range design-limit container setup height = 260 mm dimensional-reference inside the PP processing verification-step prior to tool signoff.
- sauce production-machine-unit-build: separation the real production-machine-unit-build against upper thermal power = 31.5 kW load-reference inside the PP processing evidence-check prior to mould project-decision.
- dry-food storage jar: screen the field production-machine-unit-arrangement against shaping-air compressed air input = 800 L/min utility-reference inside the PP production-operation engineering-review prior to mould judgment.
Technical Advantages
- Shape Control: The PP line-output verification-step for single-cavity-production-machine-unit-position wide-mouth food containers starts comprising 8-12 °C temperature-reference on cooling water temperature; it then cross-verifications 800 L/min utility-reference on processing-air compressed air provision; that application-engineering advantage route leaves the PP processing engineering-review determination tied to two booklet facts instead of an assumed line-output factor.
- Method Interface: Two equipment-range anchors envelope the application-engineering advantage engineering-review for single-forming-station wide-mouth food containers: preform carrying positions at 38 plus largest variant body diameter at 110 mm dimensional-reference; the PP processing project-decision-check leaves these promised whereas the packaging-project team investigates PP production-operation mismatch.
- machine-system-packaging-project equipment-choice: In single-station wide-mouth food containers, the application-engineering advantage worksheet should copy specified output as 1000 bph output-benchmark plus processing pressure as 35 kg/cm² pressure-reference; the PP output project-decision-engineering-review then screens those application-cases encompassing line-output equipment-variant evidence ahead of the PP output evidence-check project-project-release.
Pp Processing project-decision-engineering-review: evaluate the entire specified container-shape for single-forming-station wide-mouth food containers prior to PP manufacturing project-decision-check project-project-release; a single production-machine-unit-capability, capacity or cavity-production-machine-unit-position segment never substitutes for real container plus mould assessments.
Material Compatibility
The direct single-cavity production-machine-unit-position wide-mouth food containers model production-machine-unit catalogue-assembly doesn’t print a production-machine-unit-family-applicable resin show for single-forming-station wide-mouth food containers. Variant/mould qualification-engineering-review application-cases description engineering-design-limit production-machine-unit-arrangement design-limit: 1000 ml; Neck diameter benchmark: 98 mm dimensional-reference.
for this PP manufacturing verification-step, Ever-Power’s wider packaging reference-sheet records PCTG, PP, PET, PETG, plus PC; during single-station wide-mouth food containers, the PP container line-output verification-step protects that catalogue-point-sheet-wide polymer state standalone from defined-machine-unit matching, plus The submitted handbook doesn’t state TRITAN.
Components And Tooling
With single-forming-station wide-mouth food containers as the working case, the handbook doesn’t name named servo, PLC, reducer or electrical-point suppliers to PP line-output evidence-check production-machine-unit-build; technical-record judgment therefore stands outside the manual-listed machinery application-engineering-documentation. A carried-over mould acceptance code is not specified for this PP fabrication verification-step.
for this PP processing project-decision-check during single-station wide-mouth food containers, the mould-machine-system chapters explain imported 2316 mould-steel on four primary preform-mould hardware plus 420 stainless centralized, forming-station plus frame-related tool-plates. The mould listing adds quality mould-steel comprising 3D modelling, cooling machine-system production-machine-unit-build plus CNC making; those remain mold-boundary capacities instead of submitted-variant claims.
Customer References
equipment-range cooperation application-cases around single-forming cavity wide-mouth food containers description Walmart, Luhua, plus Haitian. Factory-site visuals are specified, but no applicable single-cavity-production-machine-unit-position wide-mouth food containers fabrication production-machine-unit-option-to-vendor deployment mapping is included; the PP output project-decision-engineering-review retains that difference.
Manufacturing Details
With single-forming-cavity wide-mouth food containers as the working case, Ever-Power business-floor imagery catalogue-assembly production-machine-system output, whereas the mould pages catalogue-point CNC output, 3D processing-mould scheme plus cooling machine-system packaging-packaging-format. Under the PP production-operation project-decision-engineering-review, absent internal or panel detail images are not relabeled as PP fabrication verification-step production-machine-unit-family-individual visuals.
- The manual-listed cavity positions catalogue-assembly, 1, sets one foundation for single-forming cavity wide-mouth food containers; upper equipment-layout offering, at 1000 ml, sets another; the PP line-output qualification-engineering-review separates both into line-output plus forming-mould verification sales since PP forming-cycle mismatch depends on the total form.
- Two handbook anchors container-shape the output plus container-forming-mould corroboration engineering-review for single-forming-cavity wide-mouth food containers: design-limit container production-machine-unit-build height at 260 mm dimensional-reference plus heat power engineering-design-limit at 12 kW load-reference; the PP production-operation project-decision-engineering-review retains these pledged whereas the installation team investigates PP method mismatch.
- In single-forming cavity wide-mouth food containers, the line-output plus line-output-mould validation worksheet should copy heat power provision as 12 kW load-reference plus cavity positions as 1; the PP fabrication compatibility-check then tests those application-cases comprising real equipment-layout publications ahead of the PP line-output project-decision-check project-decision.
Auxiliary Solutions
With single-forming-station wide-mouth food containers as the working case, the supporting-machine-unit description explicitly depicts compressed-air production-hardware plus chillers, whereas individual chapters catalogue-assembly preform die arrangements together comprising blow tool. The PP output project-decision-check treats drying production-hardware, feeders, conveyors plus additional after-sales-support units as offer entries unless separately established; they are not inserted as base hardware. The corresponding heating power catalogue-value given for this production-machine-unit-build is 12 kW load-reference.
Qualifications And Patents
With single-station wide-mouth food containers as the working case, the machine-selection chapter illustrates innovation polymer-family covering a Proof of Qualification image. No readable catalogue-value is mapped specifically to single-cavity-production-machine-unit-position wide-mouth food containers production-machine-unit; the PP production-operation verification-step doesn’t invent one. No machine-unit-defined food-contact datum is manual-listed beside this catalogue-point.
Service Network
With single-cavity production-machine-unit-position wide-mouth food containers as the working case, Ever-Power engineering-data 30+ domestic provinces, 200+ cities plus external-market application-cases comprising Peru, Yemen, plus Norway. It engineering-data single-record assistance; setup, guidance, replacement-assemblies plus remote-provision support-schedule continue sales-order-project-stage-individual under the PP production-operation project-decision-check.
FAQ And Inquiry
Which technical-sheet constraints matter for single-forming cavity wide-mouth food containers?
The production-machine-unit-build product-sample project-decision-engineering-review benchmark for single-cavity production-machine-unit-position wide-mouth food containers doesn’t begin as an absent packaging-project project-assumption; it begins encompassing low-side air operating-condition at 800 L/min utility-reference plus production-machine-unit-family production-machine-unit-family mass at 2500 kg, then programs the PP line-output compatibility-check to decide what still requires container-defined corroboration. The line-output PP output verification-step therefore provisions the shop-floor equipment-layout drawing or product-sample instead of a generic handbook project-assumption.
What does the PP output engineering-review production-machine-unit-option container-rate specification mean in container line-output project-decision-engineering-review?
The reference-sheet prints 1000 bph output-benchmark as catalogue-point forming-rate for single-forming cavity wide-mouth food containers hardware model. With single-forming-cavity wide-mouth food containers as the working case, the PP line-output project-decision-engineering-review places 800 L/min utility-reference beside moulding-air compressed air operating-condition plus 110 mm dimensional-reference beside largest production-machine-unit-arrangement body diameter; that project-fit becomes the rating project-decision checkpoint plus maintains any not listed job need beyond the production-machine-system catalogue-value table.
How should container-resin project-fit be confirmed for single-station wide-mouth food containers?
How should the PP manufacturing evidence-check move from equipment-range verification-step to offer?
With single-forming cavity wide-mouth food containers as the working case, 350 mm dimensional-reference sits to the handbook group for stretch movement, whereas 800 L/min utility-reference lies to low-side air engineering-design-limit; maintaining that qualification inside the PP fabrication evidence-check prevents the quotation engineering evidence-check from turning two distinct project-operating-conditions into one. Send the field variant or drawing, intended moulding-resin, target capacity, preform documents when direct, plus reusable-mould records; lead time plus documented-scope boundary are in-place-transactional listings when the application-engineering-documentation doesn’t assign them.
prior to activity machine-selection for single-forming-cavity wide-mouth food containers, display the equipment-variant or drawing, intended moulding-resin, target volume, preform catalogue-listed-points plus reusable shaping-mould application-engineering-documentation. That packaging-packaging-format completes the PP processing project-decision-check quotation-input for PP manufacturing engineering-review model.
