Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle
FEATURES
Hard Power Infrastructure — The Foundation of Uncompromised Quality
Your product’s success begins with equipment precision. Below is how our machinery directly reduces your risk and saves you money.
1.1 Mold Machining Equipment | From “Mold Errors” to “Zero Rework”
Instead of describing generic capabilities, we focus on what eliminates your post‑delivery headaches:
Five‑Axis High‑Speed Machining Centers: Our machines achieve 0.002mm contour accuracy. How does this benefit you? It guarantees flash‑free, razor‑sharp parting lines without manual trimming. For your transparent bottles and cream jars, this eliminates secondary deburring operations—saving you up to $0.10 per unit in post‑processing costs.
CNC Wire EDM with Sub‑micro Precision: We cut micron‑scale gates, 0.03mm narrow slots, and ribs without causing thin‑wall deformation. This is critical for your double‑layer design, where thin walls must remain dimensionally stable. By preventing deformation, we spare you the cost of re‑tooling—a risk that can exceed $15,000 per incident.
-
Mold Description
Product Materials:
PET PETG PS AS PP
Mold Material:
S136ESR
Number of Cavities:
1*12
Glue Feeding Method:
Hot runner
Cooling Method:
Water cooling
Molding Cycle
42.5s
- The mold manufacturing process and product material selection
EDM Spark Erosion (CNC‑controlled with graphite/copper electrodes): Perfect for complex internal contours, sharp internal corners, and deep narrow slots that cannot be machined directly. Combined with our in‑house electrode machining center, we can produce or repair mold details without external outsourcing. When you need a mold repair or modification, our EDM capability cuts response time from weeks to 24 hours, drastically reducing your production downtime risk.
1.2 Injection Molding Machine Fleet | From “Batch Variation” to “Repeatable Consistency”
We operate a fleet of 30‑ to 4,000‑ton fully servo‑electric injection molding machines, covering everything from 5ml sampler jars to 300ml+ salon‑size jars. Every machine features:
±0.1% shot‑to‑shot repeatability: Whether your first order is 50,000 units or your repeat order is 2 million units, every part will be identical to the gold sample. This means you never face customer complaints about non‑matching lid fits, inaccurate volumes, or visual inconsistency across batches.
Closed‑loop servo drives with energy recovery: We reduce electricity consumption per part by 20–30% compared to hydraulic machines. Part of this efficiency is reflected in your price; the rest increases our production consistency, allowing us to deliver tighter tolerances without added cost.
-
Metrology & Quality Validation Lab | Your “Independent Verification” In‑house
We know your fear: receiving a shipment of parts only to find hidden dimensional drift weeks later. We neutralize this risk with:
Coordinate Measuring Machines (CMM): We complete a full dimensional inspection report for every new mold before shipment. Critical dimensions must achieve Cpk ≥ 1.33 before we release production. This assures you that we have statistically proven your mold will run consistently for months, not just for the first 1,000 shots.
Optical Profile Projectors & Vision Measurement Systems: We detect surface imperfections and micro‑burrs that are invisible to the naked eye. For transparent jars, this guarantees zero optical distortions, haze, or gate blush—preserving your luxurious “glass‑like” finish.
With this equipment, we prevent shipment of defective parts. The result: you never waste logistics costs on non‑conforming products, and your production line never faces unexpected stoppages due to tooling issues.
Part Two: Mold Manufacturing as a Competitive Weapon — Lifetime Performance, Lower Maintenance
Your mold is not an upfront expense; it is a long‑term asset that will dictate your production costs for years. Below is how we engineer this asset for maximum reliability at minimum total ownership cost.
Dimension Our Engineering Principle (Technical Detail) Direct Customer Value (What You Gain)
Expected Tool Life Tool steel selection: Mold base made of P20/1.2311, core/cavity inserts made of premium steel (S136/420, 2344/1.2344/H13, 2343/1.2343, 8407, SKD11/D2/SKD61/DC53, M340/4Cr13/9Cr18, NAK80, 1.2083, 1.2738, etc.) paired with precise vacuum heat treatment (hardness curves supplied). For glass‑fiber reinforced resins (e.g., 30% GF‑PP, PC+GF, PPS+40% GF, PA66+GF30), we guarantee 500,000 shots minimum; for unfilled plastics (PP, PE, PETG, acrylic/PMMA, ABS, PS, TPE), we guarantee 1,000,000+ shots minimum. Your mold will produce years of continuous revenue without replacement. We eliminate the risk of unplanned re‑tooling—an event that can cost 20,000to100,000 and delay your product launch by months.
Attainable Tolerances General structural dimensions: ±0.05mm. Precision‑controlled features (neck threads, sealing lips, cap‑to‑jar fit): ±0.005mm to ±0.01mm. We provide a steel material certificate + heat treatment temperature curve with every mold. Your double‑layer jars will assemble perfectly every time, with no wobbling, cross‑threading, or leak paths. This means zero field failures and zero customer returns due to packaging defects.
Mold Type Capabilities Hot runner systems: Reduce runner waste by 100% for transparent PETG/acrylic/PMMA and PP components. Stack molds: Double output without doubling machine footprint. Two‑shot / multi‑material molds: Directly mold dual‑color or hard‑soft combinations in one cycle. High‑gloss mirror finish molds (Ra<0.05μm): Eliminate post‑mold polishing for crystal‑clear PETG and PMMA outer jars. With hot runners, we eliminate raw material waste—saving you 3–15% of your plastic cost per order. With stack molds, we double your output per machine hour, compressing delivery times without requiring you to invest in more machines.
Gate & Runner Optimization Pre‑production mold flow analysis (Moldflow/Moldex3D): We pre‑identify weld line positions, gas trap zones, and flow imbalances before cutting a single piece of steel. We optimize gate locations and runner balancing to guarantee balanced filling for all cavities. Gate types used: edge/submarine, pin/direct, fan/film, diaphragm, hot tip, and valve gate. You avoid the #1 cause of cosmetic scrap: weld lines and flow marks on transparent surfaces. Our analysis also minimizes warpage, allowing you to produce consistently round jars that seal tightly without costly post‑mold fixturing.
Lead Time Standards Single‑cavity sample mold: 10–15 days. Medium‑difficulty multi‑cavity (2–8 cavities): 25–45 days. High‑cavity stack molds (16–64+ cavities): 45–60 days. Emergency rush service: 20 days (we front‑load machining and maintain emergency validation steps—no shortcuts on quality). We respect your product launch timeline. Our accelerated DFM and in‑house machining capacity let you bring products to market 3–6 weeks faster than typical mold sourcing from unintegrated suppliers. Faster time‑to‑market means earlier revenue—and a competitive first‑mover advantage.
How we differ from less experienced competitors: We never deliver a mold without a 2000‑shot “burn‑in” test. We run a full aging test on our own machine, produce a wear report, and issue a three‑year structural guarantee on the mold base and core (excluding normal‑wear consumables like ejector pins and slide wear plates). You will never receive a mold that needs immediate repair upon arrival at your factory.
2.1 Comprehensive DFM (Design for Manufacturing) — Before a Single Dollar is Cut
Many mold makers begin production immediately after receiving your 3D file. Ansix Tech does differently: we issue a detailed DFM (Design for Manufacturing) report before any machining begins, covering:
Draft angle recommendations: Ensuring 0.5–1.5° draft for polished surfaces and 1.5–3° for textured surfaces to prevent ejection drag marks.
Wall thickness optimization: Preventing sink marks on exterior visual surfaces while maintaining mechanical strength.
Gate placement & ejection pin location mapping: We explicitly mark where gates and ejector pins will contact the part—so you can approve or request relocation before any steel is cut. You never face unexpected gate marks on your A‑surface branding area.
Material shrinkage compensation: We pre‑compensate cavity geometry based on the precise shrinkage rate of your chosen resin.
This DFM step alone eliminates 80% of common tooling errors and prevents the “discovery phase” costs that push many packaging projects over budget.
Part Three: Injection Molding Process Control — Eliminating Batch‑to‑Batch Anxiety
Your customers expect every jar to look, feel, and seal identically. Our process controls guarantee this consistency—and remove the hidden cost of rework, scrap, and customer complaints.
3.1 Smart Factory & Process Lockdown
Every Ansix Tech injection molding machine is connected to a central MES (Manufacturing Execution System). This system:
Locks in parameters: Temperature (barrel zones, nozzle, hot runner), pressure (injection, holding, back), speed (injection, screw rotation), and time (injection, holding, cooling, mold open) are entered once at process validation. No operator can change them without engineer‑approved authorization.
Batch‑to‑batch consistency: For each production run, we store a complete parameter set. Three months later, when you reorder, we reload the exact same parameters—delivering dimensionally identical parts.
First‑article & last‑article verification: For every batch, we compare the first part and the last part of the run. Any drift triggers automatic investigation before defective parts are produced.
Combined with Industry 4.0 automation—including AGV material handling, robot part extraction (3‑to‑6‑axis EOAT), automatic degating, inline pad/laser marking, and ultrasonic welding—we achieve full traceability from raw material to packaging‑ready components.
3.2 Dimensional Stability & Warp Control
For double‑layer wide‑mouth jars, dimensional stability is critical: the inner cup must nest perfectly inside the outer shell, and the lid threads must engage without binding or leaking.
Mold temperature control zone system: We independently control core and cavity temperatures, maintaining a ≤2°C temperature differential across the entire molding face. This asymmetric cooling strategy reduces warp by over 60% compared to conventional cooling. For complex double‑layer geometries, we incorporate conformal cooling channels—3D‑printed near‑net‑shape cooling passages that closely follow part contours. Conformal cooling further reduces cycle time while improving thermal uniformity.
Real‑time thickness monitoring: Ultrasonic sensors mounted on the mold measure wall thickness during ejection. Data feeds back to the injection unit, which automatically adjusts holding pressure to compensate for viscosity changes. Result: For a typical jar, we maintain critical dimensions (neck diameter, thread pitch, sealing lip roundness) within ±0.02mm across a 1‑million‑part production run.
Cavity pressure & temperature sensors: Optional closed‑loop control with in‑mold thermocouples and pressure transducers. Real‑time data drives dynamic adjustments that preserve part integrity even when ambient conditions or material batch viscosity shift.
3.3 Surface Quality for Cosmetic Packaging
Your brand is defined by visual perfection. We achieve:
Transparent outer layer: No bubbles, no flow lines, no gate blush, no stress whitening. Surface roughness Ra ≤ 0.05–0.1μm (mirror polish) for PETG and PMMA components. Light transmission exceeding 90%.
Opaque / matte inner cup: SPI grades A1 to D3, including fine matte finishes that improve scratch resistance and hide micro‑wear over time.
Lip seal function: We machine the sealing lip area to ±0.005mm and validate leak‑tightness with vacuum decay testing. This prevents oxidation of your cleansing balm or mud mask—saving you from expensive product spoilage claims.
3.4 Material Mastery — Full Resin Compatibility
Ansix Tech has practical manufacturing experience across all resins relevant to cosmetic packaging:
Material Family Specific Grades Key Customer Value
Transparent / High‑Clarity PETG (e.g., Eastman EASTAR, SK JN200), PMMA (Acrylic), clear PP, PS, AS (Styrene‑acrylonitrile), PC, transparent ABS Ultra‑high transparency (91% for PETG) for premium “see‑through” branding; excellent chemical resistance to oil‑based balms and creams; stress‑crack resistant; maintains gloss without yellowing.
Opaque / Durability PP (homo & copolymer), HDPE, LDPE, ABS, POM (Acetal) High stiffness for thin‑walled outer jars; excellent chemical resistance; heat resistance up to 120°C; good impact strength.
Premium / Performance PCTG, Tritan™ (Eastman, SK), PPS+40% GF, PA6+GF30, PBT, PEI (Ultem™), PEEK, LCP Elevated temperature resistance, high mechanical strength, barrier property enhancement, and regulatory compliance for medical‑grade or extended shelf‑life applications.
Specialty LSR (Liquid Silicone Rubber) for gaskets or overmolding, TPE/TPR/TPU for soft‑touch finishing, self‑lubricating materials for smooth thread operation, biodegradable/compostable grades (PLA, PHA, Bio‑PP, Bio‑PE). Reduce secondary assembly steps, improve user grip, create sustainable packaging narratives.
Regulatory Compliance Food‑contact safe (FDA, EU 10/2011, LFGB), Cosmetics Directive (EC 1223/2009), USP Class VI, ISO 10993, flame retardancy (UL94 V‑0/V‑2), California Prop 65, REACH, RoHS We provide full material certifications, traceability, and safety data sheets. You eliminate customs holds and regulatory fines.
Flame retardancy & durability where required: For certain safety‑critical applications, we engineer to UL94 V‑0 standards with heat deflection temperatures exceeding 130°C. For outdoor‑exposed packaging, we validate with UV resistance testing (3000‑5000 hours QUV) to ensure no yellowing or embrittlement.
Our in‑depth mastery of dual‑shot and overmolding allows us to create mono‑material double‑layer jars (e.g., entirely PP, with different colors or translucencies) that are 100% recyclable without disassembly.
Part Four: End‑to‑End Service Model — One Partner, One Point of Accountability
We reduce your management overhead by offering a seamless workflow from design concept to packaged finished goods.
4.1 Pre‑Production Engineering (DFM & Moldflow)
How this saves you money: Many brands pay for open‑frame molds, only to discover after first shots that the part cannot be molded at required yield. Ansix Tech prevents this upfront cost leakage with a formal DFM document delivered before tooling approval.
Our DFM includes:
Gate placement map showing exactly where gate vestiges will contact the part.
Ejector pin location map so you know where witness marks will appear.
Weld line prediction based on mold flow simulation (showing exactly where lines will appear and what they will look like).
Shrinkage compensation factors (specific to your chosen resin, including glass‑fiber orientation effects).
Predicted cycle time and per‑part cost estimate for different cavity counts.
4.2 Try‑Outs & Progressive Sampling (T1 to T3)
After mold completion, we perform trial shots on our own injection molding machines:
T1 (first try‑out): We run the mold, produce samples, and issue a full dimensional report showing every measured feature against your drawing.
T2 (iterative adjustment): Based on T1 findings, we modify or repair the mold (gate polish, vent deepening, cooling channel modification) and run a second trial.
T3 (pre‑production validation): A full 100–500‑part trial run, recorded on video, with all process parameters locked and photographed.
Only after you approve the T3 samples do we proceed to production tooling release.
4.3 Small‑Batch Pilot Production (100–500 Shots)
Before full mass production begins, we offer pilot runs to verify:
Statistical process control (Cpk reports on every critical dimension).
Yield rate (first‑pass yield) and scrap rate.
Assembly compatibility (if you supply your own caps, pumps, or inserts, we can test‑fit and return verified matched sets).
This pilot step alone eliminates 90% of mass‑production hidden defects and ensures you are not surprised by process drift after 100,000 units are already molded.
4.4 Maintenance & Spare Parts — No Surprise Downtime
Every Ansix‑built mold ships with a full spare parts kit including:
Two sets of ejector pins.
One set of core pins and cavity inserts (for multi‑cavity tools, the entire spare set).
Wear plates for slide systems.
A full mold maintenance manual with recommended lubrication schedule, cleaning procedure, and torque settings.
We offer lifetime repair services at cost (no markup) and provide remote molding support within 4 hours of your request—our engineers can dial in to your machine’s MES and adjust parameters in real time.
Part Five: Addressing Your Hidden Risks — Comparative Analysis
Many packaging brands suffer from quiet but expensive problems with their current suppliers. Ansix Tech directly solves each one.
5.1 “My Current Mold Requires Frequent Unscheduled Repairs”
Your hidden cost: Every mold repair event costs 2,000–10,000 plus 2–8 weeks of lost production. Worse, it damages customer trust when you cannot fulfill orders.
Our solution: Every Ansix mold undergoes a 2000‑shot “break‑in” wear study before shipment. We give you a wear report showing exactly where the mold shows early signs of wear—and we harden or modify those areas before delivery. Our three‑year structural guarantee covers core and cavity cracking, cold shut deformation, and runner system failure. Normal wear items (ejector pins, slide wear plates) are supplied as standard spares at no extra cost.
5.2 “I Get Inconsistent Part Dimensions Across Batches”
Your hidden cost: If your jar dimensions vary by even 0.2mm, your sealing lip may leak, causing your cleansing balm to dry out in storage—leading to customer returns and brand damage. In worst cases, regulators may issue recall notices for failed packaging integrity.
Our solution: All machines are MES‑controlled with parameter locking and recipe storage. For every new production batch, we pre‑heat the tool to a uniform baseline temperature and run a 25‑shot warm‑up before sampling begins. Dimensions are tracked at 15‑minute intervals during full production. For your double‑layer jars, we run a 100% go/no‑go gauge test on sealing lip dimensions and neck thread fit.
5.3 “Mold Repairs Take Too Long — I Lose Weeks of Production”
Your hidden cost: If your mold maker outsources EDM and CNC work, repairs can take 3–6 weeks, during which your production line stands idle. You lose revenue, and you may lose retail shelf placement if orders are missed.
Our solution: Ansix Tech owns all critical repair equipment in‑house: CNC machining centers, wire and die‑sinking EDM, optical coordinate measurement, and an electrode machining center. Routine repair tasks (gate modification, slide repair, insert replacement) are completed within 24 hours of arrival. Complex repairs (cracked core, damaged hot runner) are completed within 5–7 days.
5.4 “Double‑Layer Assembly Is Complicated and Inconsistent”
Your hidden cost: If your two layers (inner cup and outer jar) do not fit precisely, you see visible gaps, rattling, or difficulty in lid engagement. These are instant quality flags for consumers, damaging your premium brand image.
Our solution: We design both layers to mate with controlled interference or snap‑fit geometry. Using CMM‑verified tooling, we guarantee concentricity within 0.05mm and axial alignment within 0.1mm. Optional automated assembly cells can insert the inner cup into the outer jar, apply tamper‑evident seals, and perform 100% leak testing—all integrated into our molding workflow.
5.5 “My Total Packaging Cost Is Too High vs. Competitors”
Your hidden cost: Beyond direct mold cost, you incur hidden expenses from scrap, rework, warehousing, and logistics for defective parts.
Our solution: We do not just compete on price; we compete on total cost of ownership.
Cost Category How Ansix Reduces It
Raw material cost Hot runner elimination of runner waste saves 3–15% of plastic cost. Stack molds double output without increasing machine hours—reducing your per‑part energy and labor allocation.
Labor cost Fully automated parts handling and packaging elimination (robotic extraction, degating, stacking, and box loading) reduce your post‑mold labor by up to 80%.
Quality cost MES‑locked parameters, Cpk monitoring, and 100% go/no‑go gauging reduce final assembly scrap from 2–5% to below 0.5%.
Logistics cost We design nesting geometries and use custom trays or bulk pack configurations that maximize shipping density, reducing your freight cost per thousand units by up to 30%.
Regulatory & certification cost We supply full material certification packages, USP Class VI test reports (if required), and REACH/RoHS compliance statements—saving you months of internal validation and legal review.
Quantified example (representative for a double‑layer 100ml jar, annual volume 2M units):
Raw material savings (hot runner + optimized gating): ~0.04/unit×2M=∗∗80,000/year**.
Post‑mold labor reduction (automated degating/inspection): ~0.03/unit×2M=∗∗60,000/year**.
Scrap reduction (2.5% → 0.5%): 40,000 fewer scrapped units × 0.50landedcost=∗∗20,000/year**.
Freight optimization (nesting + custom trays): ~0.02/unit×2M=∗∗40,000/year**.
**Total annual hidden cost reduction: Approximately
200,000per2millionunits.∗∗Thisdoesnotincludesavingsfromfastertime‑to‑market(e.g.,launchingaproduct4weeksearliercangenerate100,000+ in early revenue for a new SKU).
Conclusion: Choose Ansix Tech for Absolute Reliability
Dear customer, at Ansix Tech we believe that a mold is not a piece of steel—it is a revenue‑generating asset for your business. We engineer every tool for robust manufacturability, low maintenance, long life, and consistent output. We eliminate every major hidden cost: scrap, rework, downtime, regulatory non‑compliance, and delayed launches.
Your transparent double‑layer cleansing balm jar and mud mask cream bottle deserve packaging as premium as your formula. We invite you to send us your 3D CAD file (STEP or IGES) and target annual volume. Within 48 hours, we will provide you with:
A full DFM analysis showing weld lines, gate locations, and ejector pin witness marks.
A preliminary cycle time estimate and per‑part price based on your volume.
A mold cost breakdown with three sourcing options (China domestic, export, or fully tooled and tested for your specific machine make and model).
A sample manufacturing schedule that fits your launch timeline.
Contact Ansix Tech today. Let us show you exactly how we can move your product from concept to market faster, at lower total cost, and with zero quality surprises.
Ansix Tech — Precision that Protects Your Brand.
Ansix Tech Co Ltd
If you have any plans related to Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle , you can contact us at any time. We will turn your ideas into reality, let you realize your dreams, and obtain large orders from the market. Our contact information is info@ansixtech.com. Or contact our CTO, mail: stephen@ansixtech.com
#www.ansixtech.com #ansixtech.com #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle moulds #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection molding companies #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle Canopy Mold injection mold companies #Ansix #Ansix moulds #Ansix china #Ansix tech china #Ansix tech company #Ansix facotry #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection molding #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection tools #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection moulds #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle plastic mould #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle plastic tools #Ansix Tech #Ansix molds #Ansix injection molding #Ansix mold factory #injection molding Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle #Ansix mold factory #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle china #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle molds #injection factory #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection molding #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection molding factory #injection molding company #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection mold companies #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle#Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle mold limited #Ansix mold china #Ansix companies #Ansix company China #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle facotry #Ansix Tech #Ansix Tech mould #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection moulding #injection moulding company #Ansix Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle parts injection mold companies #medical injection molding companieschina #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle china factory #Ansix moulding companies #Ansix molding company #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection moulding facotry #Ansix Tech mold #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle mould #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle plastic injection molding #ansix plastic mold #Mold manufacturing #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle parts manufacturing #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle plastic parts factory #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection parts mold #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle PRECISION MANUFACTURING #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle #China mold #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle injection moulding china #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle mould china #china precision mold #mold in china #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle mold china #Precision molds #High-precision molds #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle #Injection molds #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle Factory #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle Company #Super Large Injection Mold Factory #Large Tonnage Injection Molding Factory #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle Company #Transparent double-layer wide-mouth cleansing balm bottle / mud mask cream bottle Factory #2800T Injection Molding Factory #3000 Ton Injection Molding #4500 Ton Injection Molding Factory #Large Mold Injection Molding #Large Plastic Mold Injection Molding Factory #Large Injection Mold Manufacturer #Plastic Mold Factory #Injection Mold #Plastic Mold