Baby Silicone Tableware Set

Overseas customer *** (North American chain supermarket brand) ordered 50,000 silicone fresh-keeping boxes (model ***). During production, due to unstable batch mixing and mold wear, after shipment, customer spot checks found about 12% (6,000 pieces) of products had obvious color difference (ΔE > 3.5), and about 8% (4,000 pieces) had lids that were too tight to match standard boxes. The customer requires full return and compensation, involving a cargo value of approximately USD 86,000, with significant logistics and customs clearance pressure.

We have immediately established a dedicated after-sales team and, in conjunction with third-party inspection agency SGS, conducted a full inspection and review, confirming the defect ratio to be accurate. We propose the following plan: 1) Conduct 100% functional and color-difference screening on the entire batch; repackage qualified products and reduce the price by 3% as compensation. 2) For defective products (approximately 10,000 units), our company will bear the cost of air-freighting replacement parts to the customer's designated overseas warehouse; before producing replacements, we will use new molds and unified batch raw materials. 3) For products already opened but unsold in the customer's warehouse, we will directly refund the amount calculated based on quantity. 4) Additionally, we will provide a 2% credit toward the next order to compensate for the customer's costs of re-labeling and manual sorting.

An overseas customer (***) purchased 50,000 pieces of foldable silicone food storage containers (model ***) from our company. After the goods were shipped to their overseas warehouse, they were distributed to multiple supermarkets. The customer reported that some end users experienced issues such as the sealing strip falling off, the container not returning to its original shape after folding, and the surface becoming sticky after dishwasher cleaning. The quantity involved is approximately 12,000 pieces. The customer requires remote investigation of the causes and a batch solution; otherwise, they will file a return and claim for compensation.

Our company immediately formed a dedicated technical team and provided remote guidance to customers via video conference for sampling tests and issue classification, while simultaneously retrieving production batch records and warehouse temperature/humidity data. Analysis confirmed: seal strip detachment was caused by insufficient bonding strength due to curing time deviations in certain batches; incomplete rebound was related to testing before returning to room temperature after low-temperature transport; surface stickiness resulted from users using non-neutral detergents causing silicone surface aging. The technical team provided remote rectification plans: 1) Re-inspect all unsold inventory for seal strips and reinforce with adhesive (operation video provided); 2) For sold products, issue correct usage and maintenance guides via email and social media; 3) For the 12,000 defective products, provide proportional depreciation compensation, and immediately air-freight 3,000 sets of upgraded seal strip components for replacement. Remote support lasted 4 weeks with daily online Q&A, handling over 2,100 follow-up customer inquiries in total.

An overseas customer (***) purchased a batch of 50,000 silicone baking molds (model ***). During arrival inspection, about 8% of the products were found to have obvious burrs on the edges and slight glue overflow, affecting assembly experience. The customer complained and requested after-sales handling. Since the goods have already been cleared at the destination port and transferred to the customer's warehouse, returning them to the factory is not realistic. The customer requires us to provide an on-site repair solution or reship replacement goods.

Our company has urgently established an after-sales special team. After confirming the problem through video inspection, the following repair service process will be followed: (1) Coordinate with local partner service providers to gather the products requiring repair to the warehouse designated by the customer; (2) Dispatch 2 technical engineers to the customer's warehouse to use professional trimming tools for fine trimming of burrs/excess adhesive areas, and wipe with food-grade cleaner; (3) Conduct full appearance inspection and dimensional sampling inspection on each repaired product, and repackage after passing; (4) For the 452 pieces that cannot be repaired, we will arrange air freight reshipment and bear all costs.

The customer is a contract manufacturer for a large South American supermarket chain brand. They purchased a total of 50,000 sets of silicone fresh-keeping boxes (including various sizes, with a value of approximately USD 380,000). After the goods arrived at the port, the customer reported that during random inspection upon unpacking, some products had sealing rings that fit too tightly with the box body, making the lids difficult to close properly. Additionally, 8% of the batches showed slight glue overflow marks, affecting appearance inspection. The customer demands immediate resolution, otherwise they will reject the entire shipment and claim compensation.

Our team immediately dispatched two senior technical engineers to the customer's local warehouse for 6 days of on-site technical support. They conducted a full inspection of 50,000 sets of products on site, handling issues by type: 1) For the issue of overly tight seal ring fit, the engineers re-measured dimensional tolerances and found that the silicone hardness had temporarily deviated due to temperature changes during transport. They applied a special lubricant to the seal rings and adjusted the closing technique, while also guiding the customer's warehouse staff in batch rapid softening procedures; 2) For adhesive residue marks, they used food-grade trimming tools to address each one, and extracted 500 sets of samples for repeated open-close testing and FDA migration testing to ensure performance and safety compliance. Throughout the process, they remotely coordinated with the factory to adjust the mold temperature and secondary vulcanization time for subsequent batches, eliminating similar issues at the source.

A major B2B customer from Europe purchased 50,000 silicone food storage containers and matching silicone sealing rings at once through a foreign trade platform, for use in portioning and storage by their chain restaurant brand. Within two months of delivery, the customer reported unstable sealing performance, deformation of some lids, and a risk of batch returns involving approximately 8,000 units. After remote video inspection by our quality engineers and testing of returned samples, it was confirmed that the products themselves were of qualified quality. The main issue was traced to serious improper handling by the customer's staff during loading/unloading, cleaning, and use, including scraping the sealing rings with sharp objects, soaking lids in boiling water for extended periods, and using high-temperature drying cycles in dishwashers with excessive stacking. Since this was the customer's first large-scale use of such food-grade silicone products, they lacked standardized operating procedures, leading to an abnormally high loss rate. The customer seriously questioned product quality, demanded batch compensation, and considered terminating cooperation.

Our company immediately launched a 'After-sales Training Service Special Response', dispatching 2 senior food-grade silicone application trainers to fly to the customer's location for a 3-day on-site training. Training content includes: 1) Demonstration of the physical properties and temperature resistance limits of silicone materials, clarifying the safe operating temperature range; 2) Correct cleaning, disinfection, and drying methods, avoiding the use of steel wool and high-temperature high-pressure modes; 3) Standardized practice of lid installation/removal and stacking storage procedures; 4) Produced an illustrated multilingual 'Silicone Fresh-Keeping Container Daily Operation SOP Manual' and recorded a 15-minute standard operation video; 5) After training, a practical assessment was conducted for 37 people including the customer's warehouse supervisor and frontline staff, ensuring everyone passed. Meanwhile, our company free-of-charge supplied 2,000 replacement parts as transitional inventory, and committed to including a QR code operation guide with each subsequent order.