Applications

Bottle projects by packaging use case.

Use application pages to map bottle requirements to the right machine, mold and line planning questions.

Application routing

Start from the bottle use case, then confirm machine and mold fit.

Use 7 application pages and 21 published RFQ checks to route a bottle project by use case. These counts organize material, geometry, output, mold and handoff questions; they do not establish a final machine configuration or verified project result.

7 use-case pages cover the published application index.
21 route checks organize the first engineering brief.
The written quotation remains the final configuration boundary.

Application categories

Container programs these routes cover.

Bottle format drives machine, mold and line scope more than any other single input.

Reference visualization of an unbranded container line for this application category. — Carbonated drink lines

Application reference visualization — not a PetBlowMold facility, customer installation, delivery record or verified production evidence.

Cosmetic Bottle Production

Blow molding machine and mold routes for cosmetic bottles where finish, bottle shape and material clarity affect buyer acceptance.

KRC900-II PETKRC900-II PPBottle blow molds

Medicine Bottle Programs

Machine and mold support for medicine bottles where stable neck dimensions, cleanliness and repeatability matter.

KRC900-I PPKRC900-II PETPreform molds

Beverage and Water Bottles

PET bottle blowing routes for mineral water, beverage and oil packaging projects from sample bottle to production setup.

KRC5000-IKRC2500-IKRC900-II PET

Daily-use and Oil Containers

Bottle blowing and mold support for daily-use bottles, oil containers and packaging shapes with different material requirements.

KRC1500-IKRC2500-IBottle blow molds

Edible Oil Bottle Programs

Machine and mold planning for edible oil bottles where handle geometry, shoulder transition, wall distribution and packing handoff affect acceptance.

KRC2500-IKRC1500-IOil bottle blow molds

Wide-mouth Jar and Container Programs

Mold and machine route planning for wide-mouth jars, storage containers and packaging where neck diameter and closure fit drive tooling risk.

Bottle blow moldsPET preform moldsKRC900-II PET

Large Water Container and Bucket Programs

Bottle blowing and mold review for larger water containers, buckets and container shapes where footprint, handling and mold fit matter.

Water bucket blow moldsKRC2500-IAuxiliary equipment

RFQ matrix

What each application page helps buyers clarify.

Use this index when the buyer knows the bottle category but still needs machine, mold and production-line questions organized before contacting engineering.

Bottle use case	Routing answer	Listed product references	RFQ checks before review
Cosmetic Bottle Production	Cosmetic bottle RFQs should confirm material clarity, neck finish, shoulder geometry and sample appearance before choosing a PET or PP blowing route.	KRC900-II PET KRC900-II PP Bottle blow molds	Bottle shape and wall distribution Surface finish and neck sealing area Material route: PET, PETG, PP or Tritan
Medicine Bottle Programs	Medicine bottle programs should start with neck finish, repeatability target, material route and clean handling requirements before machine selection.	KRC900-I PP KRC900-II PET Preform molds	Bottle capacity and neck finish Clean air and pressure planning Mold precision and acceptance samples
Beverage and Water Bottles	Water and beverage bottle lines should confirm PET preform, bottle volume, target pcs/hr and filling-line handoff before equipment comparison.	KRC5000-I KRC2500-I KRC900-II PET	Target output per hour Preform size and weight Downstream conveyor and filling line interface
Daily-use and Oil Containers	Daily-use and oil container projects need geometry, handle design, material route and operator access reviewed before mold and machine approval.	KRC1500-I KRC2500-I Bottle blow molds	Bottle volume and handle/shape needs Material and temperature route Line footprint and operator access
Edible Oil Bottle Programs	Edible oil bottle RFQs should start with bottle volume, handle or shoulder geometry, PET or PP route, cap finish and line handoff before comparing machine or mold price.	KRC2500-I KRC1500-I Oil bottle blow molds	Handle and shoulder geometry Bottle wall distribution and base strength Cap route, filling handoff and packing flow
Wide-mouth Jar and Container Programs	Wide-mouth jar RFQs should confirm mouth diameter, closure route, material, wall distribution and machine fit before selecting blow mold or preform mold scope.	Bottle blow molds PET preform molds KRC900-II PET	Mouth diameter and closure route Thread, sealing and neck finish Material clarity, wall distribution and sample acceptance
Large Water Container and Bucket Programs	Large water container RFQs should define volume, handle or bucket geometry, material route, mold fit and factory layout before machine or mold selection.	Water bucket blow molds KRC2500-I Auxiliary equipment	Container volume and handle geometry Mold size, machine fit and sample acceptance Line footprint, operator access and conveyor handoff

Application FAQ

Questions to resolve before selecting a route.

What does the application decision matrix compare?

It compares 7 published use cases using 21 listed product references and 21 RFQ checks from the current application records. Use those entries to choose a review page, not to approve final equipment.

Which application page should a buyer open first?

Open the title closest to the intended bottle use: Cosmetic Bottle Production; Medicine Bottle Programs; Beverage and Water Bottles; Daily-use and Oil Containers; Edible Oil Bottle Programs; Wide-mouth Jar and Container Programs; Large Water Container and Bucket Programs. Then review that row’s routing answer, product references and RFQ checks before sending bottle data.

Does a product listed for an application confirm the final equipment route?

No. The 21 product references come from the current application records and form a shortlist only. The written quotation confirms the final machine, mold, utilities and acceptance scope.