Question 1

Detailing our protocols to prevent color bleeding in contrast-paneled garments. We execute strict dye migration testing and specific pre-wash treatments to lock in fabric dyes before bulk sewing.

Accepted Answer

For garments combining dark and light fabrics, we implement strict dye migration controls. Before cutting, we conduct prolonged physical wash tests to verify the color fastness of the darker textiles. We utilize specific pre-wash treatments and chemical dye-locking agents to ensure dark dyes do not migrate or bleed into lighter panels, maintaining sharp visual contrast after consumer washing.

Question 2

Detailing our final garment finishing and industrial pressing protocols. We explain how temperature-controlled steam ironing ensures seam flatness and locks in dimensional stability before final polybag packing.

Accepted Answer

After sewing and thread trimming, 100% of garments undergo industrial steam pressing. We strictly calibrate the ironing temperature and pressure specifically for Nylon/Spandex or Cotton/Polyester blends to prevent thermal damage. This finishing step ensures all four-needle six-thread seams lay completely flat against the skin, relieves fabric tension from the sewing process, and locks in the garment's dimensional stability prior to polybag sealing.

Question 3

Explaining our anti-pilling engineering for cotton/polyester blends. We utilize Martindale abrasion testing to verify surface friction resistance for functional hoodies and heavy-duty activewear.

Accepted Answer

For heavy-duty items like functional hoodies, we engineer specific Cotton/Polyester blends treated with advanced anti-pilling finishes. We increase surface friction resistance by incorporating long-staple combed cotton and high-tenacity polyester fibers. These textiles are then evaluated using standard Martindale abrasion testing equipment to ensure the fabric surface withstands repetitive friction during workouts without forming pills.

Question 4

Detailing our strict needle and metal detection protocol. We guarantee 100% of bulk activewear passes through conveyor-belt needle detectors prior to packing, ensuring international consumer safety compliance.

Accepted Answer

Yes. To ensure consumer safety and comply with international import regulations, 100% of our bulk garments pass through conveyor-belt needle detector machines before final carton sealing. This mandatory QC protocol isolates any broken sewing needles or ferrous metal fragments, guaranteeing structural and physical safety for your end consumers in markets like the US, EU, and Australia.

Question 5

Explaining our textile elasticity and recovery testing protocols. We analyze how our fabrics maintain mechanical shape and resist stretching out after prolonged high-intensity training cycles.

Accepted Answer

We conduct strict fabric fatigue and elongation testing on every textile batch. Utilizing professional tensile testing machines, we measure the fabric's extension and its recovery rate after repeated stretching cycles. We ensure our Nylon/Spandex blends maintain a high recovery percentage, ensuring that the finished garments retain their original shape and compression levels without bagging or stretching out over prolonged use.

Question 6

Explaining our final quality control protocols. We detail the implementation of the AQL 2.5 inspection standard and explicitly state our support for third-party facility audits before shipping bulk orders.

Accepted Answer

We implement the internationally recognized AQL (Acceptable Quality Limit) 2.5 standard for major defects and 4.0 for minor defects. Our in-house QC team inspects garments for precise measurements, stitching integrity, and fabric flaws. Furthermore, we fully support your designated third-party inspection agencies (such as SGS or Intertek) visiting our Dongguan facility to verify the bulk order prior to container loading.

Question 7

Detailing our fabric shrinkage control protocols. We explain our pre-shrinking processes and testing standards to ensure dimensional stability, maintaining shrinkage tolerance strictly under 3%.

Accepted Answer

We strictly monitor the dimensional stability of all textiles. Before bulk cutting, fabrics undergo pre-shrinking processes and standard wash tests. We maintain a rigorous shrinkage tolerance of less than 3% in both length and width. This technical protocol guarantees that the physical dimensions of your garments remain stable and consistent for the end consumer, even after repeated laundering cycles.

Question 8

Detailing our factory's smart manufacturing capabilities. We explain how digital auto-cutters and intelligent hanging systems ensure cutting precision and streamline assembly for activewear orders.

Accepted Answer

We utilize advanced digital auto-cutters to ensure exact fabric cutting with strict dimensional accuracy. Our assembly line is equipped with an intelligent hanging system that streamlines the sewing process and tracks each garment digitally. This technology allows us to maintain consistent engineering standards, reduce manual handling errors, and ensure efficient turnarounds, even for our minimum order quantity of 100 pieces per style.

Question 9

Explaining the technical specifications of our core yoga textiles. We detail the exact Nylon/Spandex ratios, double-knit construction, and GSM controls utilized to ensure four-way stretch, moisture-wicking, and structural support.

Accepted Answer

We engineer garment performance through precise material data rather than marketing terminology. For high-support and high-stretch yoga wear, our core textiles typically utilize a 75% Nylon and 25% Spandex blend. We implement a double-knit construction with strictly controlled fabric weight (typically ranging from 220gsm to 250gsm). This specific configuration ensures optimal four-way stretch, rapid moisture wicking, and necessary structural support, while completely passing the squat-proof opacity tests.

Question 10

A technical overview of the four-needle six-thread (Active Stitch) application in high-performance garments. This section details the mechanical advantages of flatlock seams in terms of elasticity and structural integrity under high-tension usage.

Accepted Answer

We implement Four-Needle Six-Thread (Flatlock) stitching for most high-performance items. This technique creates a physical bond that matches the elasticity of the fabric itself, preventing seam failure during maximum extension. Each production batch undergoes tension testing to ensure the seams meet the required Newton-meters of force without structural compromise, while maintaining a low-profile finish to prevent skin chafing.

Question 11

Standard lead time is 20 - 35 days.
○Material Prep: 3-5 days.
○Cutting & Sewing: 10-20 days.
○Finishing & QC: 3-5 days.

Accepted Answer

Standard lead time is 20 - 35 days.○Material Prep: 3-5 days.○Cutting & Sewing: 10-20 days.○Finishing & QC: 3-5 days.

Question 12

Yes! We believe in transparency. Upon request, our sales team can send you photos or videos of your fabric being cut, stitched, and packed. You can use these materials for your own social media marketing ("Behind the Scenes").

Accepted Answer

Yes! We believe in transparency. Upon request, our sales team can send you photos or videos of your fabric being cut, stitched, and packed. You can use these materials for your own social media marketing ("Behind the Scenes").

Question 13

Your Intellectual Property is safe with us. We are happy to sign a Non-Disclosure Agreement (NDA) before you send any files. We strictly forbid our team from sharing your designs or selling your overstock to other clients.

Accepted Answer

Your Intellectual Property is safe with us. We are happy to sign a Non-Disclosure Agreement (NDA) before you send any files. We strictly forbid our team from sharing your designs or selling your overstock to other clients.

Question 14

We use a 3-Stage QC Process:
1.Incoming QC: Checking raw materials.
2.In-Process QC: Monitoring stitching on the line.
3.Final QC: 100% inspection of finished goods (trimming threads, checking measurements) before packaging.

Accepted Answer

We use a 3-Stage QC Process:1.Incoming QC: Checking raw materials.2.In-Process QC: Monitoring stitching on the line.3.Final QC: 100% inspection of finished goods (trimming threads, checking measurements) before packaging.

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