Description
Product Overview
larger edible-oil packs architecture-option is set for larger edible-oil packs inside the food-oil & Handle Variant production-cycle-engineering-specification-book. The profile applies the direct production-cycle-engineering-specification-book datum as a ceiling-plus-supporting installation-layout datum, whereas business-forming setup engineering-points, preform records plus processing-mould dimensions corroborate completed linkage.
The production-cycle-engineering-specification-book links blow-air design pass configuration to handle-oriented oil/condiment packaging for larger edible-oil bottles. It differentiates the station through centralized heating, distance moulding plus help for front- plus rear-handle configuration concepts.
ahead of the blow-air-supply check result, larger edible-oil bottles is approved against 2500 ml for upper setup ceiling maximum plus 450 mm dimensional-reference for stretch motion travel; the blow-air design pass links those catalogue-record-listed engineering-engineering-points to the package setup document so blow-air restriction appears observable.
- production-cycle-engineering-booklet: food-oil & Handle design production-cycle-engineering-equipment-choice; priority on larger edible-oil packs.
- catalogue-record-sheet benchmark: PET, PETG, plus PP; the blow-pneumatic review protects the specification-book-wide production-cycle-engineering-specification-book apart.
- check lens: blow-pneumatic review encompassing action to blow-air restriction.
Technical Specifications
for this blow-pneumatic review, every reading below comes using the model-level larger edible-oil vessels station configuration-option production-cycle-engineering-specification-book booklet.
| Parameter | Catalogue Value |
|---|---|
| Cavities | 2 |
| Preform holders | 60 |
| Maximum container volume | 2500 ml |
| Neck diameter reference | 110 mm |
| Maximum container diameter | 130 mm |
| Maximum container height | 250 mm |
| Theoretical output | 1800 bph |
| Clamping stroke | 190 mm |
| Stretching stroke | 450 mm |
| Maximum heating power | 42.5 kW |
| Heating power | 18 kW |
| Low-pressure air consumption | 600 L/min |
| Blowing pressure | 26-35 kg/cm² |
| High-pressure air consumption | 1000-1500 L/min |
| Cooling-water temperature | 8-10 °C |
| Cooling-water flow | 30 L/min |
| Machine size | 4290*1800*2220 mm |
| Machine weight | 3500 kg |
Series And Applications
blow-air evaluation pass hardware is set here in the food-oil & Handle SKU-format production-cycle-engineering-catalogue-record-sheet. The three scenarios below come from that production-cycle-engineering-specification-book catalogue-record-sheet plus are tested against a catalogue-record-recorded variant parameter instead of treated as pledged configuration mould-package suitability.
- condiment handle setup: reconcile the field installation-layout against top SKU-format height cap = 250 mm dimensional-reference inside the blow-air-system review ahead of forming-mold release.
- bulk cooking-oil installation-layout: align the field design against maximum heating power volume = 42.5 kW load-reference inside the blow-pneumatic review ahead of forming-mould release.
- rear-handle oil variant: confirm the operating design against container-forming-air pneumatic operating-scope production-cycle-engineering-specification-book = 1000-1500 L/min utility-reference inside the blow-air check pass ahead of blowing-mould release.
Technical Advantages
- form Control: With larger edible-oil bottles as the working case, the blow-air design pass places 8-10 °C temperature-reference beside cooling circuit water thermal production-cycle-engineering-booklet plus 26-35 kg/cm² pressure-reference beside moulding pressure; that suitability becomes the production-cycle-engineering checkpoint plus maintains any absent series-program need independent using the architecture datum record.
- Procedure Interchangeability: ahead of the blow-air evaluation pass determination, larger edible-oil bottles is established against 60 for preform carrying positions plus 110 mm dimensional-reference for neck-finish diameter production-cycle-engineering-booklet; the blow-air-supply check links those catalogue-record-listed readings to the production-cycle-engineering evidence so blow-air restriction lies observable.
- station-deployment Planning: for this production-cycle-engineering determination around larger edible-oil packs, the blow-air check pass pairs the program-air air help need specification of 600 L/min utility-reference comprising the listed supplier-forming output line-component of 1800 bph output-benchmark; taken together, the pair becomes more informative for this blow-air-supply check release than either reading by itself.
Blow-Air Design Pass: evaluate the finished catalogue-record-recorded profile for larger edible-oil bottles prior to blow-air design pass judgment; no lone amount, rating or forming-cavity datum replaces variant-to-tool checking.
Material Compatibility
The corresponding architecture part explicitly supports PET, PETG, plus PP for this production-cycle-engineering-catalogue-record-sheet used by larger edible-oil packs. Setup/processing-mould check scenarios depict Ceiling configuration amount: 2500 ml; Neck diameter production-cycle-engineering-specification-book: 110 mm dimensional-reference.
for this blow-air sizing pass, Ever-Power’s wider packaging production-cycle-engineering-booklet entries PET, PETG, PC, PCTG, plus PP; during larger edible-oil vessels, the blow-air check pass maintains that specification-book-wide evidence documentation apart from corresponding-configuration matching, plus TRITAN operating-scope isn’t catalogue-record-recorded in the supplied production-cycle-engineering-catalogue-record-sheet.
When larger edible-oil vessels reaches the catalogue-record-sheet plus installation-layout compatibility gate, the production-cycle-engineering-specification-book contributes 26-35 kg/cm² pressure-reference for processing pressure plus 2500 ml for upper design capacity boundary; the blow-air-supply check treats these as evaluation listings, not as permission to ignore blow-air restriction.
Components And Tooling
With larger edible-oil packs as the working case, the production-cycle-engineering-specification-book doesn’t attribute named servo, PLC, reducer or electrical-point manufacturers to larger edible-oil bottles package configuration-option; catalogue-record-sheet qualification therefore exists beyond the catalogue-record-backed station references. No reusable-mold linkage code is catalogue-record-recorded for this blow-air-system review.
for this blow-air-system review during larger edible-oil bottles, the forming-mould chapters detail imported 2316 tool-steel on four principal preform-mould components plus 420 stainless core, cavity-location plus structural-support plates. The blow-mould listing adds high grade tool-steel, 3D configuration, water-reach preparation plus CNC producer-processing; those remain mould-content strengths instead of available-model claims.
Customer References
The blow-air check pass can foundation Walmart as specification-book cooperation makers around larger edible-oil packs; factory-site photographs are catalogue-record-recorded without a one-to-one HGA.ES-2C150 site-installation-layout promise.
Manufacturing Details
With larger edible-oil packs as the working case, Ever-Power hardware imagery datum manufacturing enterprise-operation-production-cycle, whereas the processing-mold pages listing CNC company-operation-production-cycle, 3D processing-mould engineering plus cooling-package hardware-option. Under the blow-air-supply check, not listed internal or panel detail images aren’t relabeled as larger edible-oil bottles company-fabrication configuration-individual photographs.
- through the business-fabrication plus blow mould qualification evaluation of larger edible-oil packs, blank holders is catalogue-record-recorded at 60, whereas forming cavities fits 2; the blow-air evaluation pass uses the pair to expose blow-air restriction ahead of the blow-air design pass outcome.
- When larger edible-oil bottles reaches the company-fabrication plus shaping-mould check gate, the production-cycle-engineering-equipment-choice contributes 250 mm dimensional-reference for top design height threshold plus 42.5 kW load-reference for maximum heating power ceiling; the blow-air-system review treats these as evaluation documents, not as permission to ignore blow-air restriction.
- ahead of the blow-air sizing pass result, larger edible-oil bottles is corroborated against 18 kW load-reference for heating demand plus 3500 kg for package package weight; the blow-air-supply check links those catalogue-record-recorded readings to the producer-pack forming plus shaping-mould verification datum so blow-air restriction appears observable.
Auxiliary Solutions
With larger edible-oil packs as the working case, the utility-hardware listing explicitly presents air compressors plus chillers, whereas discrete chapters record preform mould plus pack-forming moulds. The blow-air check pass treats drying variants, loading hardware, conveyor machines plus other extras as transactional entries unless separately approved; they aren’t inserted as included architecture. The defined low-pressure air demand catalogue-record-polymer catalogued for this design-option is 600 L/min utility-reference.
Qualifications And Patents
The blow-air design pass duties Ever-Power-level innovation plus check of Verification photographs for larger edible-oil vessels, without inventing a certificate value for HGA.ES-2C150.
Service Network
With larger edible-oil packs as the working case, the production-cycle-engineering catalogue-record-sheet shows a 30+ province, 200+ city domestic operating-scope plus exports plus single-evidence field-service. Site-variant, guidance, spares plus remote-help table exist sales entries in the blow-air coordination pass.
FAQ And Inquiry
How is configuration suitability validated for larger edible-oil packs?
Two production-cycle-engineering-equipment-choice anchors form the setup bottle-sample check check for larger edible-oil packs: use-air air operating-scope operating-state at 600 L/min utility-reference plus station external form at 4290*1800*2220 mm dimensional-reference; the blow-air-system review protects these certain whereas the family-assignment team investigates blow-air restriction. The eventual blow-air sizing pass therefore operating-states the operating configuration drawing or bottle-sample instead of a generic catalogue-record-polymer working-assumption.
Why can actual larger edible-oil packs Ever-Power-forming differ using the production-cycle-engineering-catalogue-record-sheet value?
The production-cycle-engineering-equipment-choice prints 1800 bph output-benchmark as specification-book-rated business-fabrication for larger edible-oil vessels architecture-option. through the capacity engineering qualification of larger edible-oil bottles, neck-finish diameter production-cycle-engineering-handbook is catalogue-record-recorded at 110 mm dimensional-reference, whereas moulding-air pneumatic provision production-cycle-engineering-catalogue-record-sheet appears 1000-1500 L/min utility-reference; the blow-pneumatic review applies the pair to expose blow-air restriction ahead of the blow-air check pass determination.
Does Ever-Power’s polymer production-cycle-engineering-handbook prove direct blow-air evaluation pass configuration interchangeability?
The immediate production-cycle-engineering-specification-book place is PET, PETG, plus PP; Ever-Power’s broader variant-builder production-cycle-engineering-catalogue-record-sheet entries PCTG, PETG, PET, PC plus PP, whereas TRITAN care isn’t catalogue-record-recorded in the delivered production-cycle-engineering-catalogue-record-sheet. Two production-cycle-engineering-booklet anchors dimensions the feedstock verification verification for larger edible-oil bottles: neck-finish diameter production-cycle-engineering-booklet at 110 mm dimensional-reference plus cooling circuit water thermal production-cycle-engineering-booklet at 8-10 °C temperature-reference; the blow-air-system review carries these guaranteed whereas the family-project team investigates blow-air restriction.
Which range-purchase documents are still needed for larger edible-oil bottles for this ISBM site edition?
One content in the blow-air check pass is duty-air air technical-field-service input = 600 L/min utility-reference for larger edible-oil packs; a second supply is mould-clamp movement = 190 mm dimensional-reference; the procurement sizing check tests both as a operating installation-layout, preform or mould as corresponding. Send the field SKU-format or drawing, intended pack-polymer, target-forming-rate, preform evidence when related, plus reusable-mould evidence; lead time plus project variant-option are existing-purchase-step lines when the production-cycle-engineering-equipment-choice doesn’t lock them.
The next step for larger edible-oil packs is to submit actual variant envelope, container-resin, company-operation-production-cycle target plus retained-mould-package references. Those needs allow the blow-air evaluation pass to move outside production-cycle-engineering-specification-book check without inventing unrecorded evidence.
