A: If we have stock, MOQ 3000pcs. | B: If out of stock, MOQ is 10000pcs.
Views: 0 Author: Site Editor Publish Time: 2026-06-07 Origin: Site
Moisturizing Facial Cream Jar Manufacturers in China: Production Data and Technical Specifications
The facial cream jar is one of the most common packaging formats in the global skincare industry. Unlike tubes or pumps, jars allow full product evacuation without any mechanical parts, making them a practical choice for thicker cream formulations. Moisturizing facial creams typically have viscosities ranging from 20,000 to 60,000 centipoise (cP), and they often contain oils, butters, and occlusive agents that require a secure, airtight closure. China has developed a large-scale manufacturing base for facial cream jars, producing billions of units annually for both domestic and international brands. This article provides a detailed examination of moisturizing facial cream jar manufacturers in China, covering jar types, materials, production processes, quality metrics, and supply chain realities. It also includes specific data from Guangzhou Ruijia Packaging Products Co., LTD, a manufacturer with measurable output in this category.
Facial cream jars are used for products ranging from night creams and day creams to rich moisturizers and balms. The global facial cream market exceeds 2.5 billion units annually in terms of packaging consumption. Jars account for approximately 42% of all facial cream packaging, followed by tubes at 31% and airless pumps at 27%, according to packaging industry estimates. Consumer preferences drive this demand: many users associate jars with a premium, ritualistic application experience. In a survey of 5,000 skincare buyers, 63% stated they prefer jars for thick night creams because they allow easy access to the last portion of product.
China produces roughly 45% of the world’s cosmetic jars by volume. In 2023, Chinese manufacturers produced approximately 5.8 billion plastic and glass jars for skincare applications, with facial cream jars representing about 2.2 billion units of that total. Guangdong province accounts for 55% of this output, particularly in cities such as Guangzhou, Shenzhen, and Foshan. Zhejiang province follows with 22%, and Jiangsu with 12%. The concentration of injection molding machine parks, mold-making clusters, and raw material suppliers in these regions allows manufacturers to offer competitive pricing and lead times.
Export data indicates that Chinese facial cream jars are shipped to over 100 countries. The largest export destinations are the United States (28% of export volume), followed by European Union countries (24%), Southeast Asia (15%), and the Middle East (12%). The average FOB price per unit for a 50 ml plastic cream jar with a screw cap ranges from USD 0.15 to USD 0.40, while a 50 ml glass jar with an aluminum cap ranges from USD 0.35 to USD 0.85. These prices are approximately 30% to 40% lower than comparable jars produced in Europe or North America, while quality metrics such as dimensional consistency and leak resistance are within comparable ranges.
Chinese manufacturers produce several distinct types of facial cream jars, each with specific design features and manufacturing processes.
Single-walled jars are made from a single layer of plastic, typically polypropylene (PP) or acrylonitrile butadiene styrene (ABS). These jars are lightweight, cost-effective, and available in a wide range of colors and finishes. Wall thickness ranges from 1.2 mm to 1.8 mm for standard jars. A typical 50 ml single-walled PP jar weighs 18 to 24 grams. The jar is injection molded in one piece, with the neck finish and sidewall formed simultaneously. Single-walled jars are usually paired with screw caps made of PP or urea resin. The caps may include a liner (foam PE, aluminum foil, or induction-sealing material) to improve sealing. Annual production of single-walled cream jars in China exceeds 1.4 billion units. The average defect rate for injection-molded single-walled jars is 0.6% to 1.2%, with the most common defects being sink marks (0.3%) and dimensional deviations (0.2%).
Double-walled jars consist of an inner cup and an outer shell, with an air gap between them. The outer shell is usually made of PP, ABS, or a blend, while the inner cup is typically PP or polyethylene (PE). The double-wall construction provides insulation, a premium feel, and allows for decorative options such as metallization or soft-touch coating on the outer shell. The weight of a 50 ml double-walled jar ranges from 32 g to 52 g, significantly heavier than single-walled versions. The manufacturing process requires two separate injection molds: one for the inner cup and one for the outer shell. The two components are assembled either by snap-fitting or ultrasonic welding. Chinese manufacturers produce approximately 500 million double-walled jars annually, with 65% exported to Europe and North America. The assembly defect rate (misalignment or loose fit) averages 0.7% to 1.3%.
Glass jars are used for premium facial cream lines. Soda-lime glass is used for 92% of glass cream jars, with borosilicate glass reserved for formulas that undergo hot filling (above 60°C) or contain highly sensitive actives. Glass jars are produced by blow-blow or press-blow processes in automated glass forming lines. A typical 50 ml glass jar has a wall thickness of 2.0 mm to 2.8 mm and weighs 70 g to 110 g depending on design. The jar is annealed to relieve internal stresses, then often coated with a spray or lacquer for surface finish. Glass jars provide an absolute barrier to oxygen and moisture, making them ideal for creams with oxidation-prone ingredients. Chinese glass jar factories have an annual capacity of approximately 850 million units for skincare applications. The defect rate for glass jars (including checks, bubbles larger than 0.6 mm, and dimensional deviations exceeding ±0.5 mm) is typically 1.2% to 2.0% for high-volume production.
Some facial cream jars are fitted with a jar pump, also known as a discap. This system consists of a pump mechanism that sits on top of a jar, with a dip tube extending to the bottom. When the pump is actuated, cream is dispensed through a nozzle. This format combines the wide opening of a jar with the hygienic dispensing of a pump. Jar pumps for creams have larger cylinder diameters (20 mm to 30 mm) and output volumes of 0.8 ml to 1.5 ml per stroke. Chinese manufacturers produce approximately 140 million jar pump systems annually. The failure rate for jar pumps in cream applications is around 0.9% to 1.4%, higher than bottle pumps due to the longer dip tube and higher required actuation force.
The material selection for facial cream jars directly impacts product stability, weight, cost, and recyclability. Below are the most common materials used by Chinese manufacturers, with measured performance data.
Polypropylene (PP): PP is the dominant plastic for cream jars because of its chemical resistance, low water vapor transmission rate (WVTR), and heat resistance. The WVTR of PP at 23°C and 50% relative humidity is 0.25 g/m²/day for a 1 mm thick layer. PP is resistant to oils, fatty acids, and most emulsifiers; weight gain after 30 days of immersion in a standard cream simulant is less than 0.2%. PP has a melting point of 160°C to 170°C, allowing hot filling at 70°C to 75°C. The material is naturally translucent, but additives can make it opaque or colored. PP is recyclable under resin identification code 5. The cost of PP resin averaged USD 1,050 per metric ton in 2023.
Acrylonitrile Butadiene Styrene (ABS): ABS is used for outer shells of double-walled jars because it offers higher stiffness and impact resistance than PP. ABS has a tensile strength of 40 to 50 MPa, compared to 30 to 38 MPa for PP. It also takes decoration (metallization, painting) better than PP. However, ABS has lower chemical resistance to some oils and may become brittle if exposed to certain solvents. ABS is not as commonly recycled as PP; recycling rates are lower. The cost of ABS is typically 15% to 25% higher than PP. ABS jars account for about 20% of double-walled jar production in China.
Soda-Lime Glass: Soda-lime glass is composed of approximately 72% silica, 14% sodium oxide, and 10% calcium oxide. Its coefficient of thermal expansion is 8.5 × 10⁻⁶ /K. The glass provides zero oxygen and moisture transmission. The internal surface can be treated with a silicon coating to reduce alkali leaching. Soda-lime glass jars are resistant to thermal shock up to a differential of 40°C (e.g., from 20°C to 60°C). For differentials above 50°C, borosilicate glass is recommended. Soda-lime glass is recyclable, and Chinese glass factories typically use 30% to 45% cullet (recycled glass) in their batch formulations.
Urea Resin (Urea-Formaldehyde) for Caps: Urea resin is a thermosetting plastic used for decorative caps on cream jars. It is hard, glossy, and resistant to heat and solvents. Urea resin caps can be molded in various colors and are often used to simulate ceramic or stone finishes. However, urea resin is not recyclable and has lower impact resistance than PP. Chinese manufacturers produce approximately 300 million urea resin caps annually for cream jars. The material cost is USD 1.80 to USD 2.50 per kilogram, higher than PP.
Aluminum for Caps: Aluminum caps are used on glass and premium plastic jars. Aluminum is lightweight, corrosion-resistant, and can be anodized or painted. Caps are typically 0.4 mm to 0.6 mm thick and are produced by deep drawing or impact extrusion. A 50 mm aluminum cap weighs 8 to 12 grams. Aluminum caps cost USD 0.08 to USD 0.20 each, depending on size and decoration. They are recyclable and have a lower carbon footprint than plastic caps when considering a full life cycle assessment.
A specialized facial cream jar manufacturer in China typically operates injection molding machines for plastic jars, assembly lines for double-walled jars, and separate facilities for glass jar production. Quality control is implemented at each stage.
Injection molding for plastic jars: Jars are produced using injection molding machines with clamping forces ranging from 120 tons for small jars to 550 tons for large jars (150 ml and above). Molds are typically multi-cavity (4, 6, 8, or 12 cavities) to increase output. For a 50 ml single-walled jar mold with 8 cavities, the cycle time is 22 to 30 seconds, producing approximately 1,000 to 1,300 jars per hour. Melt temperature for PP is 200°C to 230°C, injection pressure 70 to 110 MPa, and holding pressure 50% to 70% of injection pressure. After molding, jars are conveyed to a cooling conveyor or water bath to reduce temperature.
In-process quality checks include:
- Dimensional inspection of neck finish outer diameter (e.g., 63.00 mm ±0.10 mm), inner diameter (58.00 mm ±0.10 mm), and height (55.00 mm ±0.15 mm). Measurements are taken every 2 hours using digital calipers or a go/no-go gauge.
- Visual inspection for sink marks, flow lines, and short shots. Automated vision systems inspect at speeds of 150 jars per minute and reject defective parts.
- Weight check: a 50 ml single-walled jar should weigh 20 g ±0.5 g. Variations beyond this indicate process drift.
Process capability (Cpk) for critical dimensions is typically maintained at 1.33 or higher, corresponding to a defect rate of 0.006% for that dimension alone. The overall first-pass yield for injection molding is 96% to 98%. Scrap material (sprues, runners, and defective jars) is ground and reprocessed at a ratio of 15% to 25% with virgin resin, provided mechanical properties remain within specification.
Double-walled jar assembly: The inner cup and outer shell are produced separately. Assembly is done by automated presses that snap the inner cup into the outer shell. Some designs use ultrasonic welding to permanently join the two parts. During assembly, alignment is checked with sensors; misalignment beyond 0.3 mm triggers rejection. The assembly defect rate averages 0.5% to 1.0%. After assembly, the jar is tested for lid fit and torque retention.
Glass jar production: Glass jars are manufactured using the blow-blow process for narrow-neck jars or press-blow for wide-mouth cream jars. The process involves: batch mixing (sand, soda ash, limestone, cullet), melting at 1,500°C in a regenerative furnace, forming in a blank mold and then a blow mold, annealing in a lehr at 550°C to 580°C for 60 to 90 minutes to relieve stress, and finally cold coating with a spray to improve scratch resistance. After annealing, each jar passes through an automatic inspection machine that checks for cracks, bubbles (diameter >0.6 mm), cord (streaks), and dimensional errors. The rejection rate for glass jars in modern Chinese factories is 1.0% to 2.0% depending on the complexity of the shape. After inspection, jars are washed with deionized water and dried before packing.
Cap and closure manufacturing: Caps are injection molded separately. For PP caps with liners, an induction liner (aluminum foil with PET film) is inserted into the cap. The cap is then torqued onto jars in the filling line at the brand’s facility. Chinese jar manufacturers do not typically fill the jars; they supply empty jars with caps.
Final quality audit: Before shipment, a random sample is drawn from the finished goods inventory according to ISO 2859-1 sampling tables. Acceptable Quality Limit (AQL) levels are typically 1.0 for major defects (cracked jar, missing liner, non-sealing cap) and 2.5 for minor defects (cosmetic scratches, color variation, small bubbles in glass). Major defect rate above 1.0% triggers 100% inspection or rejection of the batch.
Overall, Chinese facial cream jar manufacturers achieve average outgoing quality levels (AOQL) of 0.5% to 1.2%, depending on the product type and factory maturity. Leading factories maintain AOQL below 0.8%.
Guangzhou Ruijia Packaging Products Co., LTD is a manufacturer of facial cream jars located in Guangzhou, Guangdong Province. The company specializes in single-walled and double-walled plastic jars, as well as glass jars for moisturizing creams. Its production facility occupies 8,800 square meters and is equipped with 45 injection molding machines (80 to 450 tons clamping force), two glass jar assembly and finishing lines, and four automated cap assembly machines. Total annual output is approximately 65 million jars and closures, of which 75% are specifically for facial cream applications.
In 2023, Guangzhou Ruijia produced and shipped 22 million single-walled plastic cream jars, 16 million double-walled jars, and 9 million glass cream jars. The company holds ISO 9001:2015 and ISO 22716 (GMP for Cosmetics) certifications. Its in-house quality laboratory includes a vacuum leak tester (range -0.09 to 0 MPa), a digital torque gauge (0 to 25 inch-pounds), a thermal cycling chamber (-20°C to 70°C), an optical comparator for dimensional measurement, and a FTIR spectrometer for material identification.
Quality performance data from internal 2023 records:
- Single-walled PP jars (50 ml): average defective parts per million (DPPM) of 3,800, equivalent to a 0.38% defect rate. The most common defect was cosmetic scratches (0.18%) followed by dimensional variation in neck finish (0.12%).
- Double-walled PP jars (50 ml): average DPPM of 5,200 (0.52% defect rate). Misalignment between inner cup and outer shell accounted for 0.30%, and cap fit issues for 0.15%.
- Glass jars (50 ml, soda-lime): average DPPM of 8,400 (0.84% defect rate). Bubbles over 0.6 mm (0.35%) and chipped rims (0.22%) were the top defects.
Overall customer-reported defect rate across all facial cream jar types was 0.45% in 2023, based on 31 million shipped units.
Guangzhou Ruijia offers a range of stock facial cream jars:
- 30 ml, 50 ml, and 100 ml single-walled PP jars with white PP screw caps and foam liner. The 50 ml jar dimensions: outer diameter 67 mm, height 48 mm. Weight: 22 g. FOB price: USD 0.18 to USD 0.32 per unit for 50,000 pieces.
- 50 ml double-walled PP jar with outer shell in beige or white, inner cup in natural PP. The jar includes a urea resin cap. Weight: 42 g. FOB price: USD 0.35 to USD 0.58.
- 50 ml glass jar (soda-lime) with anodized aluminum cap. Wall thickness 2.2 mm, weight 85 g. FOB price: USD 0.48 to USD 0.82.
- 100 ml single-walled PP jar with clear PP cap. FOB price: USD 0.28 to USD 0.48.
Customization options include:
- Color matching for plastic jars (minimum 20,000 pieces per color)
- Surface treatments: soft-touch paint, metallization, wood-grain wrapping, or frosted coating (additional USD 0.04 to USD 0.12 per unit)
- Hot stamping or screen printing on jar body and cap (up to 4 colors)
- Custom mold design for unique shapes (mold fee USD 1,500 to USD 5,000, lead time 45 to 60 days)
Lead times for stock jars: 12 to 18 days for quantities up to 200,000 pieces; 18 to 25 days for larger orders. For custom jars with new molds: 50 to 70 days for first sample, 75 to 95 days for mass production. Minimum order quantity for stock items is 5,000 pieces per SKU. The company provides a trial order program allowing buyers to order 3,000 to 5,000 units at standard pricing, with a 10-day production run and a test report including dimensions, weight, and torque data.
To assist buyers in specifying requirements, the following typical technical parameters for facial cream jars from Chinese manufacturers like Guangzhou Ruijia are presented in descriptive form.
Single-Walled PP Jar (50 ml)
- Material: Polypropylene, virgin or with up to 25% regrind
- Molding process: Injection molding, 8-cavity mold
- Wall thickness: 1.4 mm at sidewall, 1.8 mm at base
- Neck finish: 63 mm outer diameter, standard GPI thread
- Cap: PP screw cap with 1.5 mm foamed PE liner
- Torque specification for cap closure: 10 to 14 inch-pounds
- Leak test (vacuum method): holds -0.06 MPa for 5 minutes, weight loss<0.05 g
- Thermal stability: no deformation after 48 hours at 50°C
- Drop test: no cracking from 1.0 meter onto concrete (empty jar)
- Material compliance: EU 10/2011, FDA 21 CFR 177.1520
Double-Walled PP Jar (50 ml)
- Outer shell material: PP or ABS with soft-touch paint
- Inner cup material: PP, thickness 0.9 mm to 1.2 mm
- Air gap: 1.5 mm to 2.5 mm
- Outer shell wall thickness: 1.8 mm to 2.2 mm
- Assembly method: snap-fit with 4 locking ribs
- Cap: urea resin or painted PP, with induction liner
- Weight: 42 g to 48 g
- Leak test: same as single-walled
- Torque retention: loss of less than 3 inch-pounds after 48 hours at 45°C
Glass Jar (50 ml, Soda-Lime)
- Material: Type III soda-lime glass
- Manufacturing process: Press-blow, 6-station rotary forming
- Wall thickness: 2.0 mm to 2.5 mm, coefficient of variation<10%
- Neck finish: 58 mm outer diameter with continuous thread
- Annealing: 580°C for 75 minutes, residual stress<100 nm/cm
- Cap: Aluminum, 0.5 mm thickness, with foam liner
- Weight: 82 g to 95 g
- Thermal shock resistance: 40°C differential without breakage
- Light transmission (clear glass): 88% at 550 nm
- Compliance: EU 94/62/EC (packaging waste directive), California Prop 65
These parameters are based on actual production data and are representative of mid-to-high tier Chinese manufacturers. Buyers should request a specific technical data sheet for the SKU of interest.
Chinese jar manufacturers are implementing sustainability measures in response to brand requirements and regulatory pressures. Key developments include:
Post-consumer recycled (PCR) content: PCR PP is available from multiple suppliers. PCR PP typically contains 30% to 50% recycled material from post-consumer waste streams. However, PCR PP has a slightly lower melt flow index (7 to 10 g/10 min vs. 10 to 14 for virgin) and may have a grayish tint. For cream jars, PCR PP is typically used for the inner cup or for the outer shell when color can mask the tint. The price premium for PCR PP is 8% to 15% over virgin. In 2023, approximately 22% of PP cream jars exported from China contained at least 20% PCR content, up from 11% in 2020.
Lightweighting: Manufacturers have reduced jar weight through optimized wall thickness and rib designs. A typical 50 ml single-walled PP jar weighed 26 g in 2018; by 2023, the average weight had decreased to 21 g, a 19% reduction. For glass jars, the average weight of a 50 ml jar dropped from 105 g to 90 g, achieved by reducing wall thickness from 2.8 mm to 2.2 mm while maintaining drop test performance through improved annealing profiles.
Glass recycling: Chinese glass factories use between 30% and 45% cullet (recycled glass) in their batch. Cullet reduces melting energy consumption by 3% to 5% for every 10% cullet added. Some factories have achieved 50% cullet usage for amber glass jars. Closed-loop glass recycling (where used jars are collected and returned to the factory) is not yet widespread but is being piloted by several large manufacturers.
Water-based and UV inks: Decoration on jars and caps has shifted from solvent-based to UV-cured or water-based inks. This change reduces volatile organic compound (VOC) emissions by 70% to 80%. In 2023, 65% of printed cream jars from Chinese factories used low-VOC inks.
Mono-material designs: For double-walled jars, some manufacturers are moving to all-PP construction (both outer shell and inner cup made of PP) to improve recyclability, whereas previously ABS was common for the outer shell. Mono-material PP jars can be recycled in code 5 streams without disassembly. The adoption rate of mono-material double-walled jars reached 18% of production in 2023, up from 5% in 2020.
Energy efficiency: Injection molding facilities have transitioned to servo-hydraulic or all-electric machines, which consume 40% to 60% less electricity than older hydraulic models. Glass furnaces have been upgraded with regenerative burners and oxygen-fuel technology, reducing natural gas consumption by 20% to 25% per ton of glass. The average energy consumption per 1,000 plastic jars decreased from 38 kWh in 2018 to 27 kWh in 2023.
These sustainability measures add cost in the short term but are increasingly demanded by buyers. A survey of international cosmetic brands in 2023 found that 74% had set targets to increase PCR content or improve recyclability of packaging by 2025.
International buyers sourcing facial cream jars from China should plan for lead times, payment terms, and logistics. The typical process is as follows:
Stock jars (existing molds, standard sizes):
- Order placement and deposit (2 to 3 days)
- Production scheduling (3 to 5 days)
- Injection molding and assembly (12 to 18 days for 200,000 jars)
- Quality inspection (2 to 4 days)
- Packing into master cartons and palletizing (2 days)
- Transport to port (Guangzhou or Shenzhen) (1 to 2 days)
- Sea freight: 25 to 40 days to US West Coast; 35 to 50 days to Europe; 15 to 25 days to Southeast Asia
Total typical lead time: 45 to 70 days.
Custom jars (new molds):
- Mold design and approval (10 to 15 days)
- Mold steel cutting and machining (25 to 40 days)
- First sample molding and inspection (7 to 10 days)
- Sample approval and any modifications (5 to 20 days)
- Mass production (15 to 25 days)
- Quality inspection and packing (5 to 7 days)
- Shipping as above
Total typical lead time: 80 to 120 days.
Payment terms: Most Chinese jar manufacturers require 30% deposit with order confirmation and 70% balance before shipment (against copy of bill of lading). For established customers, terms of 30% deposit and 70% against sight letter of credit are common. Open account terms (net 30 or net 60 days) are available for buyers with annual purchases exceeding USD 300,000 and a satisfactory credit history. Letters of credit add 1% to 3% in banking fees.
Shipping and container loading: A 20-foot container can hold approximately 140,000 to 180,000 empty 50 ml plastic jars, depending on nesting and carton dimensions. For glass jars, a 20-foot container holds 60,000 to 80,000 units due to heavier weight and more cushioning material. Master carton dimensions are typically 50 cm × 40 cm × 30 cm, holding 200 to 400 jars. Palletization is standard: 40 to 50 cartons per pallet, 20 pallets per container. Factories provide packing lists and weight certificates for customs clearance.
Quality assurance: Buyers are advised to request a pre-production sample (golden sample) and retain it for comparison. For large orders (above USD 40,000), third-party pre-shipment inspection by SGS, Bureau Veritas, or Intertek is recommended. The cost of such inspection (USD 350 to USD 600) is typically borne by the buyer. Chinese factories are accustomed to these inspections and will provide access to finished goods for sampling.
Import duties and taxes: Plastic jars from China are subject to tariffs depending on the destination country. As of 2024, the US tariff rate on plastic cosmetic jars under HTS 3923.10 is 6.5% to 9.5%, with an additional 25% Section 301 tariff for certain Chinese-origin plastics, though exemptions may apply. European Union tariff rate is 6.5% under CN code 3923.30. Buyers should consult with customs brokers for current rates.
When selecting a Chinese jar manufacturer, procurement professionals should focus on verifiable performance data and factory transparency. The following evaluation criteria are recommended.
Quality metrics transparency: Request the factory’s monthly defective parts per million (DPPM) report for the last six to twelve months, broken down by defect category (dimensional, cosmetic, functional). A competent manufacturer will have a DPPM below 8,000 (0.8%) for single-walled jars and below 12,000 (1.2%) for double-walled jars. If the factory provides only a vague statement like “quality is good” without data, consider other suppliers.
Process capability documentation: Ask for Cpk values for at least two critical dimensions (e.g., neck finish outer diameter, jar height). A Cpk of 1.00 is minimally acceptable; 1.33 or higher indicates a stable process. Factories that routinely monitor SPC charts and can provide historical data are preferable.
Testing equipment and methods: The factory should have in-house equipment for vacuum leak testing, torque measurement, dimensional inspection (digital calipers or optical comparator), and thermal cycling. Ask for photos or a video of the lab. Factories without these instruments cannot reliably verify their own quality.
Certifications and compliance: ISO 9001 and ISO 22716 are baseline. For export to Europe, request REACH and EU 10/2011 compliance declarations. For the US market, FDA registration (voluntary for packaging) and California Prop 65 testing are beneficial. A BSCI or SMETA social audit report (within two years) indicates responsible labor practices.
References and order history: Ask for at least two references from brands or contract fillers that have purchased similar facial cream jars within the past 12 months. Contact those references and ask: “What was the on-time delivery percentage?” “What was the defect rate on your last three shipments?” “How many days to resolve a quality complaint?” A factory that refuses references or provides only non-responsive contacts should be approached with caution.
Trial order program: A factory that offers a trial order (e.g., 5,000 to 10,000 units) of stock jars at standard pricing, including a test report, demonstrates confidence. Guangzhou Ruijia provides a trial order option with a 12-day production run for stock items, including dimensional and functional test results at no extra charge.
Mold-making capability: If custom jars are required, evaluate the factory’s in-house mold shop or its partnership with mold makers. Ask for the average mold lead time and the number of mold makers employed. Factories with in-house mold shops typically have shorter iteration cycles (7 to 10 days for mold modifications vs. 15 to 20 days for outsourced molds).
By applying these criteria, buyers can identify Chinese facial cream jar manufacturers that combine cost-effectiveness with reliable quality and transparent operations.
Moisturizing facial cream jars are produced in China at a scale of over 2 billion units annually, with specialized manufacturers offering single-walled plastic, double-walled plastic, and glass jars. The industry is supported by injection molding and glass forming technologies, automated inspection systems, and ISO/GMP certifications. Defect rates for reputable Chinese manufacturers range from 0.4% to 0.8% for plastic jars and 0.8% to 1.5% for glass jars, with continuous improvement driven by quality management systems. Lead times for stock jars are 45 to 70 days, and custom mold projects require 80 to 120 days. Sustainability measures including PCR content, lightweighting, and low-VOC decoration are increasingly available, with adoption rates rising 15% to 20% annually.
Guangzhou Ruijia Packaging Products Co., LTD exemplifies a specialized manufacturer in this segment. With annual output of 65 million jars, a customer-reported defect rate of 0.45% for facial cream jars in 2023, and ISO 22716 certification, the company provides a data-driven sourcing option. Its range of stock jars, custom capabilities, and transparent quality reporting offer a practical pathway for brands to secure functional, cost-effective, and increasingly sustainable packaging for moisturizing facial cream products.