Views: 0 Author: Peter Cui Publish Time: 2026-10-13 Origin: Mitour Silicone
TL;DR — A custom silicone product’s unit price is shaped by more than the weight of silicone. Tooling, part geometry, molding cycle, yield, decoration, testing, packaging and order quantity can materially change the final cost. Two factory quotes are not comparable unless they cover the same approved design and delivered SKU. Mitour Silicone reports a 4,500 m² Shenzhen facility, 21 years of manufacturing history, 300+ granted patents and capacity of 30,000 units per day; its published credentials include ISO 9001:2015. Published MOQ guidance varies by project, from 300 pieces for one existing 550 ml bottle to typical starting quantities of 1,000–5,000 pieces across different OEM/ODM routes. Its published sample and post-approval production ranges are 7–12 and 25–35 working days respectively. All prices and schedules require a SKU-specific quotation.
Silicone weight is only one cost input: tooling, cycle time, scrap risk, assembly, inspection and packaging may be equally important.
A lower tooling quote does not guarantee a lower total project cost: compare tooling and unit prices over the expected order volume.
“Food-grade” is not a single priced certification package: the finished product, sales market and contact conditions determine the relevant compliance work.
Mitour’s patents and manufacturing capabilities can support engineering options, but a patent number does not establish a lower cost or a finished SKU’s test result.
MOQ and lead time depend on the exact route: existing tooling, modified ODM and fully custom OEM projects should not be priced as though they require the same setup.
The most useful quote separates assumptions and charges: request line items for molds, samples, units, testing, decoration, packaging and freight terms.
The first pricing question is not “How much is silicone per kilogram?” It is “What production route and tooling does this design require?”
A supplier may offer an existing product with a new logo, modify an available design, or create new tooling for a buyer-owned structure. All three can be described as “custom silicone,” yet the engineering work, initial investment and commercial risk differ substantially.
Project route | Typical cost questions | What to confirm before comparing quotes |
Existing tool with branding changes | Decoration setup, color, packaging and MOQ | Which shape and components can actually be changed? |
Modified existing design | Mold changes, sampling iterations, possible new components | Does the modification affect ownership or use of the original tool? |
New OEM/ODM structure | CAD, DFM, new mold, trials, revisions and validation | What exactly does the tooling charge include, and who owns the result? |
For example, Mitour’s existing 550 ml collapsible silicone water bottle already has a defined silicone body, PP cap and carabiner configuration. Quoting a new color or retail carton for that configuration is different from developing a new opening diameter, cap thread or collapsible body geometry. The second request can change the mold, assembly process, testing plan and lead time.
In an OEM project, the buyer may provide developed drawings and performance requirements. In an ODM project, the factory may need to turn a concept into a manufacturable design. Those labels are useful, but the cost follows the actual scope of engineering and ownership, not the acronym. Mitour explains its development routes on its OEM and ODM pages.
A buyer should ask each supplier to identify its pricing assumption in one sentence:
“This quotation is based on [existing tool / modified tool / new buyer-specific tool], drawing revision [number], and the components listed in BOM revision [number].”
Without that statement, the lowest unit price may simply refer to a different product.
A silicone mold is not a generic one-time charge. Its cost depends on the geometry it must reproduce, the production process selected, the number of cavities, the required finish and the expected production life.
A relatively flat mat and a collapsible bottle body may have different tooling demands even if they contain similar amounts of material. Features that deserve engineering review include:
Thin or uneven wall sections;
Deep cavities and difficult demolding;
Fold zones, undercuts and sealing surfaces;
Areas where a parting line or flash would affect appearance or function;
Tight mating dimensions for a cap, valve or rigid insert;
Textures and molded-in branding.
A drawing that shows overall length in mm but leaves a sealing interface undefined is not ready for a reliable production quote. The supplier may either price a conservative design or make an assumption that later requires a mold revision.
More cavities may increase tool investment while improving the economics of higher-volume production. However, “more cavities” is not automatically better: balancing, part consistency, inspection and realistic demand also matter. Request the proposed cavity count, expected tool life or maintenance approach, and the number of good parts the quoted cycle is intended to produce.
A buyer paying for new tooling should establish whether the payment buys ownership of the mold, access to an existing supplier-owned mold, or only the development work needed to create a production-ready part. The written agreement should cover mold identification, storage, maintenance, repair, exclusivity and transfer.
Also ask how many sample or mold-adjustment rounds are included. An initial tooling price can appear attractive if every subsequent correction is charged separately. Conversely, a higher initial quote may include engineering and revisions that another supplier has omitted.
Mitour’s factory capabilities page describes in-house production zones for LSR injection and solid compression molding, alongside tooling-related manufacturing capabilities. That matters to cost discussions because the appropriate process should be chosen for the actual part—not assigned solely to fit an initial price target.
For internal procurement analysis, buyers can calculate an illustrative tooling allocation:
Tooling allocation per good unit = tooling charge ÷ forecast quantity of accepted units.
This is a planning calculation, not a quoted unit price. Suppose Supplier A proposes USD 6,000 tooling and USD 1.10 per unit, while Supplier B proposes USD 10,000 tooling and USD 0.85 per unit. At an illustrative forecast of 10,000 units, the combined tooling-plus-unit amounts are USD 17,000 and USD 18,500 respectively, before other costs. At 50,000 units, they become USD 61,000 and USD 52,500. The preferred option changes with volume.
These numbers are hypothetical arithmetic only. They exclude sample revisions, tests, freight, defects and payment terms, and they are not Mitour prices. Their purpose is to show why purchase volume and tooling ownership must be considered together.
Silicone compound selection affects material cost, molding behavior, post-processing and qualification. A useful quotation should identify the material system proposed for the stated use, rather than relying on labels such as “premium,” “infant-grade” or “food-grade.”
For a product development review, ask for the specified or proposed:
Engineering field | Why it can affect cost |
Part weight in g | More material is consumed per finished unit |
Nominal and minimum wall thickness in mm | Geometry can affect filling, curing, demolding and scrap |
Target hardness in Shore A | Material choice and functional feel may change |
Color and opacity | Pigment selection, changeovers and visual acceptance differ |
Curing chemistry and processing route | Different compounds and processes require different validation |
Inserts or additional components | Purchasing, assembly and inspection are added |
Post-cure requirement | Oven capacity, handling and validation may be required |
The correct mm or Shore A value is product-specific. Publishing a universal “ideal” wall thickness or hardness for all silicone goods would make this cost guide less useful, not more accurate.
Mitour’s product range illustrates the difference. A self-sealing silicone food storage bag is offered in 500 ml, 1,000 ml and 1,500 ml sizes and has a functional closure. A silicone baby bib has an adjustable neck closure and catch pocket; its published size is 20.5 × 4 × 26 cm and its stated weight is approximately 99 g. The bag and bib should not be compared by silicone weight alone: their geometry, contact conditions, functional checks and packaging requirements differ.
The same caution applies to a supplier’s proprietary formulation. Mitour’s ODM service page references patents CN113650314A and CN114015239A in particular development areas. A patent portfolio can signal engineering investment, but the buyer still needs to establish whether a patented formulation is actually proposed for the SKU, what benefits are supported by evidence, and whether it changes price or testing scope. A patent number by itself is neither a cost saving nor a food-contact approval.
The cost of a molded part includes the time and resources required to produce accepted units, not merely molded units.
A part with a demanding geometry may take longer to form and remove from the mold. Flash trimming, inspection, assembly and decoration can add handling steps. If a higher percentage of parts needs rework or rejection, the cost per accepted part rises even if raw-material consumption is unchanged.
Ask the supplier to define which operations are included in its unit price:
Compound preparation and molding;
Demolding and trimming;
Post-curing, if specified;
Washing or other finishing, if required;
Printing, engraving or other branding;
Assembly of caps, valves or inserts;
In-process and final inspection;
Individual and master-carton packaging.
The request should also define what constitutes an accepted unit. For a collapsible bottle, an attractive silicone body that fails after assembly is not a saleable product. The quote should cover the agreed finished assembly, including its PP cap and any other components, if that is what the buyer intends to purchase.
This is also where an apparently cheaper material substitution can become expensive. If it increases defects, prolongs demolding, produces inconsistent color or requires additional inspection, the project’s actual cost may increase. The buyer does not need access to every confidential factory cost calculation, but should require a clear specification and a process for approving substitutions.
Mitour describes incoming, in-process, final and pre-shipment checks on its quality-control page. For a cost-sensitive program, agree in advance which dimensions, appearance features and functions will be inspected; “QC included” is not sufficiently precise to compare two finished-product quotations.
Compliance work is frequently treated as a line item to negotiate away. For food-contact or infant-related products, that approach can create a more expensive problem after tooling or production.
The applicable evidence depends on the sales market, finished article, materials and intended conditions of use. For example, 21 CFR § 177.2600 may be relevant to certain repeated-use rubber food-contact articles in the United States. In the EU, Regulation (EC) No 1935/2004 provides the general food-contact framework, and Regulation (EC) No 2023/2006 addresses good manufacturing practice. These references do not amount to a universal certificate covering every silicone color and product.
A cost-complete quote should answer four questions:
What existing documentation applies? Ask for the tested sample, material or product identification, report date and stated scope.
What new testing is required? Identify the market and use conditions before approving a laboratory quotation.
Who supplies and pays for samples? Testing may require production-representative, fully assembled articles rather than raw-material plaques.
What triggers reassessment? A new pigment, component, supplier or intended-use claim can change the evidentiary basis.
For buyers assessing a factory, ISO 9001:2015, customer audits and product test reports are different forms of evidence. A management-system certificate does not replace a test report for a finished food-contact article. Mitour’s certifications and patents page provides its published credentials; request the current underlying documents relevant to the quoted SKU.
Testing and change control affect cost because they define what the approved price is buying. If one supplier includes the agreed material and report scope while another assumes that the buyer will arrange all testing after delivery, their unit prices are not directly comparable.
Customization is often discussed as though it means only a logo. In a retail program, the delivered item may also require color matching, a barcode, multilingual labels, an insert, a retail box and a specified master-carton pack.
Decoration cost depends on the method and placement. A molded-in logo is a different engineering decision from a printed multi-color logo. The buyer should provide artwork dimensions and identify whether the decorated area will be repeatedly stretched, folded, washed or heated. Ask the factory to specify setup charges, expected appearance, production method and any agreed durability test rather than accepting an unqualified promise that a logo “will not fade.”
Packaging can change both unit cost and quality risk. A bottle shipped in bulk cartons differs from a bottle individually packed for e-commerce. The latter may need a carton, protective insert, printed instructions, barcode and drop- or transit-related review. An odor-sensitive silicone product may also require assessment of inks, adhesives and storage conditions affecting the packed article.
Mitour’s OEM service page describes options for color, branding and packaging. To make these costs visible, ask for base product, decoration and packaging as separate quotation lines where commercially practical.
Finally, compare the same Incoterm and named place. A quote expressed as EXW Shenzhen and another expressed as FOB a named port do not include the same logistics responsibilities. A unit price without currency, Incoterm, named place and carton specification cannot establish which supplier offers the lower delivered cost.
MOQ is not a single factory characteristic. It can reflect mold setup, color runs, compound purchasing, decoration setup and packaging print quantities. An existing-tool product may have a lower entry quantity than a fully new structure.
Mitour’s publicly available figures show why context matters:
Published project example or route | Publicly stated starting quantity | How to use it |
Existing 550 ml collapsible bottle with customization | From 300 pieces | Reference for that product page, subject to the requested configuration |
Stock-mold/logo program | Typically 1,000 pieces | Planning reference for that project route |
Modified ODM program | Typically 2,000–3,000 pieces | Planning reference where design changes are required |
Fully custom OEM structure | Typically 3,000–5,000 pieces | Planning reference for a new structure |
The 300-piece figure comes from the specific bottle product page. The other ranges come from Mitour’s published OEM-versus-ODM guide. None should be presented as a guaranteed MOQ for an unrelated SKU.
The same guide gives a typical 7–12 working days for samples and 25–35 working days for production after approval. Mitour’s ODM page describes an initial feasibility review in 24–48 hours after receipt of an adequate brief. New tooling, laboratory bookings, revisions and custom packaging may require additional time. A quote should show each milestone separately.
Use the following structure internally before choosing a supplier:
Cost or risk item | Supplier A | Supplier B |
Quoted drawing and BOM revision | ||
Product route: existing, modified or new tool | ||
Tooling price and ownership, USD | ||
Unit price at the same quantity, USD | ||
MOQ for each color/SKU | ||
Included decoration and packaging | ||
Testing and report responsibility | ||
Sample and revision charges | ||
Accepted-product inspection criteria | ||
Incoterm and named place | ||
Sample and production milestones |
A useful procurement calculation is total evaluated project cost, not just the first unit-price cell:
Evaluated project cost = tooling + approved samples and revisions + unit purchases + required testing + decoration and packaging + applicable logistics charges.
Calculate this at the same order quantity and delivery point for each supplier. Where costs are uncertain, record the assumption instead of inserting a guessed zero.
A numerical customer case would make this guide stronger, but it must be genuine. Mitour should add one only after confirming the customer’s permission and the underlying records. The final case should contain:
Market and channel: verified country or region and retail/distribution channel.
Week-by-week timeline: for example, actual dates for RFQ, DFM, tooling, samples, testing, approval and shipment.
Cost figures in USD: actual tooling charge, quoted quantities, unit prices, testing and packaging costs, with confidential terms redacted if necessary.
Decision and outcome: why the buyer selected a particular construction and what the approved production result showed.
Customer quotation: the customer’s verbatim, authorized words, attributed according to the agreed permission.
Do not publish an invented testimonial or label a hypothetical comparison as a real Mitour customer project. Until a documented case is available, the quotation comparison table above is the appropriate decision aid.
Does your price cover the exact drawing and BOM revision we approved?
Is the mold existing, modified or newly built, and who owns it after payment?
How many mold cavities and sample-revision rounds are included in the tooling charge?
Which silicone compound, color, target Shore A hardness and other components are included?
Does the unit price cover trimming, post-curing where required, assembly and agreed inspection?
Which market-specific reports already apply, and what new testing charges remain?
What is the MOQ for each color, logo treatment and retail-packaging configuration?
Are decoration setup, individual packaging, inserts and master cartons included or separately priced?
What Incoterm, named place, currency and quotation-validity period apply?
What would trigger a price change after sample approval, and how will that change be authorized?
Mistake: Comparing unit prices while ignoring tooling. A low unit price may require a larger initial mold investment. Instead: calculate total evaluated cost at realistic order quantities.
Mistake: Assuming the same word—“food-grade”—means the same compliance scope. The tested formulation, product and market may differ. Instead: compare the actual documents and outstanding tests.
Mistake: Treating an existing-product MOQ as the MOQ for new tooling. The production setup is different. Instead: request an MOQ for the exact SKU and customization.
Mistake: Removing inspection or validation to meet a target price. Savings on paper may transfer defect or compliance costs to the buyer. Instead: preserve the critical acceptance criteria and request alternative designs if needed.
Mistake: Comparing unpacked parts with retail-ready goods. Decoration, labels and packaging can materially change cost. Instead: define the complete delivered SKU.
Mistake: Believing the most detailed numerical claim without checking its source. A quoted hardness, tolerance or test limit may not apply to the proposed product. Instead: require an approved specification and SKU-relevant evidence.
A reliable silicone quote identifies what will be manufactured, how it will be manufactured, how it will be verified, and what will be delivered. Evaluate tooling and unit price together, then add testing, branding, packaging and logistics on the same basis across suppliers. Treat published MOQ and lead-time ranges as planning references until the exact SKU is reviewed.
For a project-specific Mitour quotation, send the drawing or reference product, target market, intended use, decoration, packaging and forecast quantities through the contact page. Mitour states a 24-hour response target; engineering assumptions, tooling scope and final commercial terms should then be confirmed in writing.
Related Mitour resources
Author: Peter Cui | Mitour Silicone (Shenzhen Yuanfeng Xingye Technology Co., Ltd.) | Company manufacturing history: 21 years | Shenzhen facility: 4,500 m² | Company-reported patent portfolio: 300+ granted patents | Company credentials and their stated scopes | Email: yfxy@mymitour.com | WhatsApp: +86 136 0305 6950
There is no standard inclusion list across suppliers. A quoted price may cover only a molded silicone part, or it may cover a fully assembled and retail-packed SKU. Request a written breakdown for tooling, samples, material, molding, trimming, post-curing if required, decoration, assembly, inspection, packaging and third-party testing. Also confirm currency and the Incoterm with a named place, because freight responsibilities change the delivered cost. For a multi-component item such as Mitour’s 550 ml bottle, ask whether the PP cap and carabiner are included. Comparing suppliers becomes meaningful only after both have priced the same drawing, BOM revision, order quantity and packaging format.
A defensible mold price cannot be determined from product category alone. The factory must review the 3D geometry, dimensional requirements in mm, production process, cavity count, finish, forecast quantity and ownership terms. A flat mat and a collapsible bottle can require different tool structures even if they use a similar mass of silicone. Ask whether the quoted tooling charge includes CAD work, first samples, revisions, maintenance arrangements and a buyer-owned mold. This article intentionally does not publish an unsupported Mitour mold-price range in USD. Submit drawings or a representative sample for a project-specific tooling quotation and compare that charge alongside unit price over the intended order volume.
Higher volume can spread setup costs and may support a more efficient production plan, but it does not guarantee a lower total-cost outcome. A supplier may offer better unit pricing at 5,000 or 50,000 pieces, while the buyer assumes more inventory and forecast risk. Color splits, packaging changes and multiple SKUs can also reduce the economies of a nominally large combined order. Request unit prices at at least two or three realistic quantities and state whether each is per color, per SKU or across a combined program. Then calculate tooling, testing, logistics and inventory implications separately. The economically appropriate quantity is not necessarily the supplier’s largest price-break tier.
Mitour publishes different starting points for different project types. Its existing 550 ml collapsible bottle states a custom-order MOQ from 300 pieces. A separate Mitour OEM-versus-ODM guide gives typical starting quantities of 1,000 pieces for stock-mold/logo projects, 2,000–3,000 for modified ODM work and 3,000–5,000 for fully custom OEM structures. These numbers are planning references, not one universal factory policy. Request a written MOQ for the exact design, compound, color count, logo method and packaging specification. An existing mold with a simple branding change may have different economics from a newly developed, multi-component food-contact article.
No fixed amount should be assumed. 21 CFR § 177.2600 is a US regulatory provision relevant to certain repeated-use rubber food-contact articles; it is not a universal factory certificate with one standard surcharge. The cost of an applicable compliance program depends on what is already documented, whether the finished formulation and components are represented by existing reports, the product’s intended use, the laboratory scope and whether new tests are needed. Ask suppliers to list existing evidence and outstanding tests separately, with the tested sample identified. For EU projects, assessment under Regulation (EC) No 1935/2004 and relevant good-manufacturing-practice requirements may require a different evidence plan.
Hardness, commonly specified in Shore A, and wall thickness, specified in mm, influence product function and may affect material choice, molding behavior, cycle planning and yield. However, neither has a universal price formula. Increasing wall thickness can add material weight; reducing it can create molding or durability challenges that offset material savings. A harder compound is not automatically cheaper, and a softer one is not automatically more expensive. The buyer should define the product’s required feel, sealing or folding performance, then ask the supplier to evaluate specific hardness and thickness alternatives. Compare prototype results and revised quotations against the same functional acceptance criteria, rather than choosing a number solely because it reduces a line-item estimate.
Mitour’s contact page states a response target of 24 hours. Its ODM service page describes an initial feasibility review within 24–48 hours of receiving a sufficient brief. Published sourcing guidance lists a typical 7–12 working days for samples and 25–35 working days for mass production after approval. These are different milestones—not a guaranteed delivery date for every custom product. A new mold, additional revisions, third-party testing, packaging approval or shipping arrangement can change the schedule. Ask for a written timeline identifying drawing approval, tooling, first samples, testing, signed sample, production completion and shipment readiness.
Send the latest 2D drawing and 3D CAD file if available, or a reference sample and dimensioned concept if they are not. State overall and critical dimensions in mm, target market, product use, expected annual volume, initial order quantity, color and branding requirements, packaging, desired launch date and any applicable test requirements. For assemblies, provide a BOM showing silicone, plastic, metal and other parts. Identify which specifications are approved and which require supplier engineering recommendations. If the project is still at concept stage, Mitour’s ODM route is intended for feasibility discussion; if drawings are already approved, its OEM route provides the more direct production quotation path.
