83mm Neck Wide-Mouth PET Preform 35g/40g Transparent, Clear, Solid Color, Metallic
FEATURES
Available finish options include:
Transparent/Clear: Crystal-clear transparency ensures superior product visibility, essential for premium branding and consumer appeal
Solid Color: Custom color matching enables brand identity reinforcement and UV protection
Metallic: Premium metallic finishes (gold, silver, copper, bronze, or custom metallics) deliver high-end shelf presence for luxury products
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Mold Description
Product Materials:
PET PETG
Mold Material:
S136ESR
Number of Cavities:
10
Glue Feeding Method:
Hot runner
Cooling Method:
Water cooling
Molding Cycle
12.5s
- The mold manufacturing process and product material selection
The manufacturing of 83mm Wide-Mouth PET Preforms follows a rigorous injection molding process that demands exceptional precision. Unlike standard preform molding, wide-mouth geometries present unique challenges in melt flow distribution and cooling uniformity.
Raw Material Handling and Drying: Virgin PET resin is dried to moisture levels below 50 ppm—ideally 20–40 ppm—to prevent hydrolysis, which would otherwise cause IV (Intrinsic Viscosity) degradation, haze formation, and brittleness in the final product. Drying is performed using dehumidifying dryers with dew point monitoring to ensure consistent material quality.
Injection Molding Process: PET resin is melted and injected into multi-cavity molds under precisely controlled parameters. Studies have demonstrated that optimized parameter settings—including mold hot runner temperature at 88°C and cooling chiller temperatures at 24°C and 27°C—can reduce defect quantities by up to 21% compared to conventional settings. The injection speed is maintained at lower levels to prevent shear-induced degradation of the PET material, while injection pressure is carefully balanced across all cavities to ensure uniform filling.
Cooling and Ejection: Post-injection cooling occupies a significant portion of the total cycle time. Modern designs shift a portion of the cooling requirement to conditioning stations, combining it with temperature profile adjustments to optimize throughput.
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Lead times for PET preform orders vary significantly based on order type. Standard stock preforms with existing molds typically require 2–4 weeks for production, while custom orders including color or material adjustments require 3–8 weeks. New mold development with full sampling and approval before production generally demands 45–70 days. For international shipments, an additional 3–6 weeks should be factored for ocean freight and customs clearance.
For high-volume peak season orders, suppliers often prioritize customers who confirm allocations early, making it advisable to book production slots 12–16 weeks in advance to secure manufacturing capacity.
Quality Assurance
Comprehensive quality control for PET preforms encompasses multiple inspection dimensions:
QC Parameter Target Specification Criticality
Preform Weight ±0.2–0.5% tolerance per cavity Indicates shot consistency and wall distribution
Moisture Content (after drying) <50 ppm (20–40 ppm optimal) Prevents hydrolysis and IV loss
IV Drift ±0.02 dL/g from baseline Affects stretch stability and burst strength
AA (Acetaldehyde) <10 ppm for water-grade preforms Taste/odor risk indicator
Neck Finish Dimensions Cpk focus on sealing land and threads Directly impacts leak rate and cap torque
Dimensional accuracy requires precise control of neck inner/outer diameter tolerances, typically within ±0.1 mm for mouth dimensions to ensure proper sealing compatibility. Weight consistency must be maintained across each batch, with weight variations signifying potential gating imbalances, hot-runner inconsistencies, or hold pressure issues.
Visual inspection under consistent lighting conditions identifies gate blush, splay, black specs, bubbles, and short shots. Polarized-light inspection quickly reveals stress/birefringence issues indicative of over-packing, uneven cooling, or cavity-to-cavity temperature mismatches.
Most Competitive Cost Control
Cost optimization in PET preform manufacturing is achieved through multiple strategic approaches:
Cost Reduction Strategy Method Projected Savings
Lightweighting Optimize wall thickness distribution without sacrificing top-load performance Direct resin cost reduction
High-Cavitation Molding 96–144 cavity stacks reduce per-part cycle time overhead 20% lower energy consumption
Preventive Maintenance Real-time sensor monitoring prevents unplanned downtime Reduced repair costs
Optimized Process Parameters DOE-based parameter optimization 21% defect reduction
Mold Cooling Optimization Redesigned cooling channels, upgraded materials Up to 10% cycle time reduction
Material cost control begins with selecting the optimal preform weight—heavier preforms result in thicker bottle areas, while lighter preforms may lead to thin, weak spots. The 35g/40g options provide balanced solutions for specific container size requirements.
Process efficiency gains through optimized machine settings can unlock 3–5% improvement in cycle efficiency without hardware changes. Implementing advanced mold cooling solutions—upgrading mold materials, redesigning cooling channels, and maintaining cleanliness—can achieve up to 10% cycle time reduction, leading to higher throughput and improved cost-efficiency across production shifts.
Energy consumption optimization uses servo-electric drives with high-dynamic-response synchronous motors achieving second-to-none dynamics and energy-efficiency. When the machine is cooling or without movement, servo speed drops to under 10 RPM with energy consumption approaching zero.
Part 2: Core Customer Value in Mold Manufacturing & Injection Molding (English Version)
Mold Manufacturing & Material Selection
For the 83mm Neck Wide-Mouth PET Preform in 35g/40g configurations, mold design requires careful consideration of PET-specific processing characteristics.
Mold Steel Selection:
Cavity/Core Materials: S136 stainless steel provides high gloss surface finish with hardness up to HRC 48–52, offering exceptional corrosion resistance and mirror-finish capability essential for transparent and clear finish requirements. Alternative materials include H13 mold steel with nitrided treatment (hardness HV ≥ 1000) and bottle mouth thread hard chrome plating (10–15μm). Other viable options include 2344, 2343, 8407, SKD11/61, DC53, M340, 4Cr13, 9Cr18, NAK80, and ASSAB 718.
Mold Base Material: Chrome-plated P20 steel (HRC 28), offering dimensional stability and corrosion protection.
Hot Runner Components: Beryllium bronze (Be-bronze) high-temperature-resistant alloys for hot nozzles, withstanding the harsh environment of continuous high-temperature operation.
Hot Runner System: Pin-valve gate hot runners are optimal for PET preforms, providing individual cavity shut-off control, eliminating the need for preform tail cutting, and reducing labor costs. Individual temperature zones per injection point prevent white defects on preforms. Cavity roughness is maintained at Ra ≤ 0.4μm, with cavity/core surface temperatures reaching 180–230°C during continuous operation.
Cooling System Design: The mold incorporates water channels designed through Moldflow analysis to optimize cooling efficiency. Conformal cooling designs achieve temperature uniformity and eliminate sink marks, particularly critical for neck thread integrity.
Smart Manufacturing Integration & Efficiency Improvement
Modern PET preform manufacturing integrates Industry 4.0 principles for enhanced productivity:
Automated Material Handling: Robotic take-out systems with 2+ post-cooling stations remove parts from molds while maintaining dimensional stability. AI-driven vision systems can predict defects such as flash and short-shots 30 minutes ahead of occurrence, reducing scrap rates below 0.3%.
MES Integration: All injection molding machines are networked with MES (Manufacturing Execution System), locking temperature, pressure, speed, and cooling parameters to authorized access only. Batch-to-batch first-article and last-article comparisons ensure process stability.
Ultrasonic Wall Thickness Monitoring: Real-time sensors detect wall thickness variations and automatically compensate holding pressure, ensuring consistent preform quality throughout production runs.
Process Quality Assurance
Quality assurance for the 83mm preform follows a comprehensive system:
Pre-Production Validation:
Mold flow analysis (Moldflow/Moldex3D) predicts fill patterns, weld line locations, air trap positions, and optimizes gate locations and runner dimensions
DFM (Design for Manufacturing) report provides draft angle recommendations, wall thickness optimization, gate placement, and allowable ejector pin mark positions
T0 to T3 sampling with improvement reports for each iteration
In-Process Control:
Every shift: Weight and key dimension verification using calibrated neck finish gauges and digital micrometers
Every batch: Visual defect screening under polarized light to detect internal stress
SPC charts track cavity-specific weight trends, moisture levels, and IV drifts
Final Inspection:
0.3 MPa air pressure holding test for 30 seconds (leakage ≤ 5ml/min immersion method)
Full dimension report with CPK ≥ 1.33 for critical dimensions
Part 3: Standard Gram Weight Options for 83mm Wide-Mouth PET Preform
For 83mm Neck Wide-Mouth PET Preforms manufactured by Ansix Tech, the available standard gram weight options extend beyond 35g and 40g to accommodate diverse customer requirements. Based on industry practices for wide-mouth PET preforms with 38mm–63mm neck finishes, typical weight ranges are 20–45g for standard applications. The complete product portfolio includes:
Preform Weight Typical Application Primary Finish Options
20g–25g Lightweight wide-mouth jars (scooping formats), low-pressure packaging Clear, Transparent
28g–32g Standard wide-mouth containers for dry goods, snacks Transparent, Solid Color
35g Standard wide-mouth containers requiring moderate wall thickness All finish options
40g Heavy-duty wide-mouth jars, hot-fill applications All finish options
45g–50g Premium thick-wall containers, industrial applications Custom colors
For the specific 35g and 40g options: The 35g preform is optimized for standard packaging lines where material economy and production speed are prioritized, while the 40g preform provides enhanced wall thickness for applications requiring greater structural integrity, hot-fill capability, or increased top-load strength. Both options maintain identical neck finish dimensions, ensuring compatibility with the same downstream blow molding equipment and capping systems.
The standard 83mm neck finish requires a specific hot runner configuration and cavity geometry. Multi-cavity molds (ranging from 12 to 96 cavities depending on preform weight) are available, with higher cavitation molds achieving shorter per-part cycle times and lower energy consumption per preform produced.
Part 4: Comprehensive Manufacturing Solutions for 83mm Wide-Mouth PET Preform (2000+ words)
Ansix Tech: Project Initiation for 83mm Neck Wide-Mouth PET Preform (35g/40g) – Translating Technical Expertise into Customer Value
Dear Customer,
For us at Ansix Tech, a mold is not just a piece of metal—it is a revenue-generating asset, a printing press that transforms resin into profit. With over 28 years of manufacturing experience in PET preform injection molding, we have developed a systematic approach that translates every technical specification into tangible value for our clients. In this comprehensive manufacturing proposal for the 83mm Neck Wide-Mouth PET Preform in 35g and 40g configurations—available in Transparent, Clear, Solid Color, and Metallic finishes—we will demonstrate how our capabilities directly solve your production challenges, reduce your costs, and minimize your operational risks.
Section 1: Foundation of Hard Power – Infrastructure That Builds Client Trust
Your trust in a manufacturing partner begins with visible, auditable assets. Ansix Tech operates a world-class manufacturing facility equipped with state-of-the-art mold-making machinery, injection molding equipment, and inspection systems.
Mold Processing Equipment – Precision That Eliminates Post-Processing
Five-Axis High-Speed Machining Centers: Our machining centers achieve 0.002mm precision on complex surfaces, ensuring that the parting lines on your 83mm preform molds are smooth and burr-free. Customer value translation: No secondary deburring operations required on your production floor; lower labor costs; reduced risk of post-mold damage from handling.
Slow Wire EDM (Electrical Discharge Machining): Capable of cutting micro-holes and narrow slots down to 0.03mm, this technology excels at creating intricate core geometries without causing thin-wall deformation. Customer value translation: Precision thread profiles and undercuts manufactured to exacting standards means your bottle caps seal perfectly on every preform, eliminating leakage complaints and product returns.
CNC Milling Machines, Drilling Machines, and Precision Lathes: Our complete machine shop handles everything from rough mold plate milling to final precision finishing, all under one roof. Customer value translation: Mold repairs and modifications happen onsite without waiting for external vendors—typical turnaround for minor repairs is within 24 hours, saving you days of production downtime.
Injection Molding Machine Fleet – Scale That Matches Your Volume
Our injection molding machine fleet ranges from 30 tons to 4,000 tons clamping force, covering everything from prototype micro-preforms to massive industrial preforms exceeding 250g shot weight per cavity.
All-Servo-Electric and Hybrid Servo-Hydraulic Drives: Every machine features servo-electric drive technology with high-dynamic-response synchronous motors, delivering repeatable precision with shot-to-shot weight consistency at ±0.1%. Customer value translation: When we say your 35g preform is 35.00g, it stays 35.00g across all 144 cavities for the entire production run. No over-packing resin “for safety”—you order exactly what you need and pay only for material that goes into saleable product.
EtherCAT Digital Main Bus with Beckhoff CBmold300 Controllers: Our machines feature digital control architecture ensuring real-time synchronization of all motion axes. Customer value translation: Eliminates cycle-to-cycle variation due to electrical noise or control lag. Your preforms are identical at hour 1, hour 100, and hour 1,000.
Inspection and Testing Equipment – Data-Driven Confidence
Coordinate Measuring Machines (CMM): Every mold cavity undergoes full dimensional inspection before shipment. Customer value translation: You receive a complete dimension report with key dimensions achieving CPK ≥ 1.33—statistical proof that your preforms will run without jamming or leaking on your blow molding lines.
Optical Imaging and Vision Systems: High-resolution cameras with polarized light inspection detect internal stresses, flow marks, sink marks, and haze invisible to the naked eye. Customer value translation: No post-delivery surprises. Defects that would otherwise cause blow molding failures are caught before the preform leaves our facility.
Section 2: Mold Manufacturing Core Competencies – Measurable Performance Metrics
The mold is the heart of preform production. Below is a detailed comparison of how Ansix Tech’s mold specifications translate into client advantages.
Dimension Technical Specification Customer Value Translation
Mold Life S136 cavity steel achieving HRC 48–52 hardness with nitrided/hard chrome treatments Guaranteed 50,000–100,000+ shots before any maintenance needed. Your tooling investment amortizes over millions of bottles
Dimensional Tolerances Critical components ±0.005mm; standard features ±0.05mm Preforms blow consistently every time. Neck finish threads seal perfectly; caps torque correctly; no line stoppage for jam clearing
Mold Types Hot runner valve-gate systems with individual cavity shut-off Zero preform tail to trim = lower labor costs. Individual cavity shut-off = continue production even if one nozzle needs service
Surface Finish Cavity roughness Ra ≤ 0.4μm for transparent finishes; Ra ≤ 0.05μm high-mirror finish available Crystal-clear preforms with no visible tooling marks. For metallic finishes, superior base surface = uniform coating adhesion
Cooling Design Conformal cooling channels with ±0.5°C temperature uniformity across all cavities Cycle times reduced by up to 10%. Sink marks and ovality eliminated even at high production speeds
Gating System Pin-valve hot runner with Moldflow-optimized flow balancing Every cavity receives identical melt temperature and pressure. Weight variation between cavities < 0.2%
Lead Time – Standard Mold 4–7 weeks for mold manufacturing Start generating revenue sooner. Late season launch accommodated
Lead Time – Rush Mold Expedited to 20–25 days (with quality verification retained) Emergency capacity addition without quality shortcuts
Detailed Capability Breakdown
Mold Steel Selection Rationale: The 83mm neck geometry requires materials that can withstand both the high injection pressures (1500–2000 bar) and the thermal cycling of continuous operation (180–230°C surface temperature on cavity/core). S136 stainless steel provides corrosion resistance essential for food-contact applications while offering excellent polishability for transparent and clear preforms. For high-output programs, H13 with nitrided treatment provides HV≥1000 surface hardness combined with 0.3–0.5mm case depth. For metallic finishes requiring flawless surface transfer, NAK80 pre-hardened steel minimizes post-EDM finishing.
Cooling System Engineering: Using Moldflow simulation, we design water channel layouts that remove heat uniformly from the preform body, neck ring, and gate area. Uniform cooling means all 144 cavities produce preforms with identical crystallization profiles, eliminating the shrinkage variations that cause oval threads and out-of-round necks.
Ejector System Design for Wide-Mouth Geometry: The 83mm neck diameter creates unique ejection challenges. Our solution combines sleeve ejection for the neck region with stripper plate ejection for the body, synchronized to prevent deformation of the wide opening during part removal.
Section 3: Injection Molding Process Control – Eliminating Customer Quality Anxiety
Your greatest fears as a packaging buyer are predictable: sink marks, flash, dimensional instability, batch-to-batch color variation. Here is how Ansix Tech eliminates each one.
Parameter Standardization and MES Integration
All machines networked with MES (Manufacturing Execution System): Every process parameter—temperature profile, injection pressure profile, holding pressure stages, cooling time, screw speed—is locked into the system. Customer value translation: No “operator adjustments” that drift over shifts. You get the same preform from the night shift on Friday that you get from the day shift on Monday.
Batch-to-Batch First-Article and Last-Article Comparison: Every production run begins with an first-article inspection report and ends with a last-article report to verify stability. Customer value translation: 100% traceability. If a quality issue arises downstream, you know exactly which shift, which mold cavity, which resin lot, which operator was involved.
Dimensional Stability Control
Mold temperature zone control with chiller circulation: Core and cavity temperatures are maintained within 2°C differential using multi-zone mold temperature controllers. Customer value translation: For the 83mm wide-mouth preform, the critical neck opening must remain perfectly round to ensure cap sealing. Temperature uniformity prevents the localized shrinkage that causes oval necks.
Ultrasonic wall thickness monitoring: Real-time sensors detect preform wall thickness variations during injection and automatically adjust holding pressure compensation. Customer value translation: Consistent wall thickness means consistent stretch-blow behavior. For the 35g preform, optimized wall distribution eliminates weak spots while minimizing material usage.
Appearance Quality Control by Finish Type
Preform Finish Quality Standard Inspection Method Customer Value
Transparent/Clear No bubbles, no flow marks, no haze Polarized light inspection, bright light inspection Maximizes product visibility on shelf; premium brand perception
Solid Color Uniform color distribution; no streaking Spectrophotometer batch verification; visual inspection Brand color consistency across all containers; no rejected lots due to color drift
Metallic Consistent metallic flake orientation; no agglomeration Surface roughness inspection; optical microscopy Luxurious premium appearance without costly secondary decorating
Material Capability Summary
Ansix Tech has extensive experience processing engineering resins beyond standard PET, including: PC/ABS, PC, PPS+40%GF, PEEK, PTFE/PFA, PA6+GF30, PBT, PEI, PPS, LCP, and liquid silicone rubber (LSR). Customer value translation: When you need to migrate from glass to plastic, from metal to polymer, or from single-material to multi-material, we can execute.
Section 4: End-to-End Service – Reducing Your Management Burden
Most factories deliver molded parts. Ansix Tech delivers integrated solutions that reduce your internal management costs through every phase of the product lifecycle.
Phase 1: Design for Manufacturing (DFM) – Early Intervention Before Tooling
Before cutting first steel, we deliver a comprehensive DFM report including:
Draft angle recommendations for the 83mm neck
Wall thickness optimization suggestions
Gate location and hot runner layout
Ejector pin mark location options (with customer selection)
Cooling channel design
Shrinkage compensation calculations
Customer value translation: Problems detected in the DFM phase cost pennies to correct. Problems detected after mold manufacturing cost thousands. Problems detected in production cause line shutdowns costing tens of thousands in lost revenue per hour. Our DFM process catches issues before steel is cut—typically preventing 3–5 major issues per project.
Phase 2: Sampling and Validation – T0 Through T3
We provide T0 (first shot) through T3 (final qualified) sample runs:
T0: First sample showing mold functionality and initial part quality
T1: Corrective modifications based on T0 findings
T2: Optimization iteration
T3: PPAP submission with full dimensional report, capability study, and process validation data
Customer value translation: You don’t commit to mass production until we prove the process. Each iteration includes comprehensive improvement reports documenting every change made and the resulting quality improvement. Your technical team signs off on T3 results before we release the mold for volume production.
Phase 3: Pilot Run Qualification
Before full-rate production, we conduct a pilot run of 100–500 shots:
First-article inspection report generated
Statistical process control (SPC) charts established
Yield rate and CPK verified against acceptance criteria
Process parameters locked into MES
Customer value translation: No surprises in mass production. The pilot run mirrors full production exactly—same tooling, same machine, same process parameters. When we scale to 24/7 production, the yield rate you saw in the pilot is the yield rate you get in volume.
Phase 4: Maintenance and Spare Parts – Long-Term Partnership
Every mold ships with a spare parts kit including: Critical ejector pins, core pins for the most vulnerable cavities, hot runner nozzle tips for each cavity.
Maintenance schedule included: Every 200,000 shots, we provide detailed maintenance instructions. For molds returned to Ansix Tech for maintenance, we charge at cost for repairs. Customer value translation: Your mold should last decades, not years. Our maintenance philosophy extends mold life to 1–2 million shots for standard applications.
Section 5: Differentiated Capabilities – Addressing Common Customer Pain Points
Here is how Ansix Tech directly addresses the frustrations customers routinely encounter with other suppliers.
Customer Complaint Typical Industry Issue Ansix Tech Solution Direct Customer Benefit
Frequent mold repairs disrupt production Mold delivered without thorough validation 2,000-shot aging test with wear report before shipping; 3-year mold structure warranty (excluding normal wear items) Predictable mold performance. No emergency maintenance costing thousands in lost production
Excessive flash increases post-processing costs Poor parting line fit; inadequate clamp force compensation Parting line machined to 0.005mm fit tolerance; self-locking clamp force compensation on injection machine Flash controlled to ≤0.03mm across all cavities. Eliminate manual flash trimming. Save $0.01–0.02 per preform in labor
Dimensions drift from batch to batch No real-time process feedback; no automated compensation Ultrasonic thickness sensors with auto-compensation; optional in-mold pressure/temperature sensors with closed-loop control Process capability CPK ≥ 1.33 even across multiple shifts and multiple production runs
Slow mold repairs cause weeks of downtime Mold repair outsourced; lead times unknown In-house electrode manufacturing and EDM department; most repairs completed within 24 hours Production interruption measured in hours, not weeks
Poor color consistency between batches Manual color mixing; no spectrophotometer verification Spectrophotometer color matching for each batch; automated dosing systems; color retention samples retained Brand colors match from first shipment to last shipment
Wide-mouth preforms show neck ovality Uneven cooling; poor ejection system design Multi-zone temperature control with conformal cooling; synchronized sleeve/stripper plate ejection system Perfectly round neck finish every shot; caps torque consistently; no leakage complaints
Section 6: Customer Value Translation Summary – What We Solve
When you partner with Ansix Tech for 83mm Neck Wide-Mouth PET Preform production, here is what you gain:
Quality Problems We Solve:
Eliminate oval necks caused by uneven cooling
Prevent sink marks on the thick neck finish section
Reduce blow molding preform reject rates by optimizing dimensional consistency
Eliminate color drift between batches through spectrophotometer-controlled color matching
Prevent gel/black spec contamination through rigorous material handling protocols
Cost Reduction We Deliver:
Material cost savings: Optimized wall distribution reduces resin usage by 2–5% vs. conventionally designed preforms without compromising top-load strength
Processing cost reduction: Flash-free molds eliminate trimming labor, saving $0.01–0.02 per preform
Energy cost reduction: Servo-electric drives consume up to 20% less energy vs. conventional hydraulic machines
Logistics cost reduction: Dense palletization patterns maximize container utilization; each container ships more preforms, lowering per-unit freight cost
Total Cost of Ownership reduction: 1–2 million shot mold life vs. industry average 500k shots—your tooling cost amortizes over 2–4x more production
Risk Reduction We Deliver:
DFM process prevents tooling rework (typical 3–5 issues caught before steel cutting)
T0-T3 validation eliminates production surprises
Full documentation and traceability for audit compliance
Spare parts kit and maintenance schedule prevent unplanned downtime
3-year mold structure warranty (excluding wear parts) protects your investment
Capacity and Delivery We Deliver:
30–4000 ton machine fleet handles volume spikes without compromising quality
Rush mold capability (20–25 days) for emergency capacity additions
2–4 weeks standard delivery for repeat orders
Transparent real-time production tracking via MES portal
Closing Statement
Dear customer, for us at Ansix Tech, a mold is not a piece of metal—it is a money-printing machine. When we design an 83mm Wide-Mouth PET Preform mold, we simultaneously plan for mold rigidity, venting paths, temperature balance, and ejection smoothness. The result is a mold that arrives at your facility ready to run—no debugging, no flash trimming, no production interruptions.
We welcome the opportunity to demonstrate this process with an existing product from your portfolio. We will walk through a complete DFM report with you, showing exactly how we anticipate and eliminate weld lines, air traps, sink marks, and dimensional instability—before you spend a dollar on tooling.
Ansix Tech – Over 28 Years of Manufacturing Excellence in PET Preform Injection Molding. From prototype confirmation to mass production and assembly validation, we deliver reliability, consistency, and value.
For the 83mm Neck Wide-Mouth PET Preform in 35g/40g configurations—in Transparent, Clear, Solid Color, or Metallic finishes—choose Ansix Tech. We don’t just mold preforms. We build packaging solutions that grow your brand.
Contact Information:
Ansix Tech – Professional PET Preform Design and Manufacturing Solutions
Experienced. Reliable. Results-Focused.
Ansix Tech Co Ltd
If you have any plans related to 83mm Neck Wide-Mouth PET Preform 35g/40g Transparent, Clear, Solid Color, Metallic , 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
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