Each batch of fabrics must be compared with the standard color card after arriving at the factory to ensure color consistency and no color difference. Color consistency is particularly important for product group shipment and replacement parts matching.
We use the high-temperature immersion method to conduct a preliminary fading inspection on the fabric, simulating the use environment such as sweat, saliva, and washing to prevent color from migrating to the skin or clothing.
The fabric must be soft and skin-friendly, avoiding roughness, hardness and itchiness. Each batch of new fabric must be manually tested to ensure it is suitable for children's bare skin contact.
For short-pile fabrics such as teddy velvet, Liss velvet, and rabbit fur, we conduct shaking, rubbing, and plucking tests to check whether they are easy to shed or fade, to avoid the risk of allergies caused by children inhaling fur.
The weight and thickness of the fabric are tested by weighing and thickness measuring instruments to ensure the wrapping, supporting force and consistency of each batch, and to prevent the durability from being affected by the thin fabric.
Fabrics used in curved and stretched wrapping structures are subjected to tensile testing to ensure that they do not deform or shrink excessively, thus ensuring the neat appearance and durability of the product.
Some products that need to be in contact with the body for a long time (such as emotion pillows and tent mats) need to be tested for breathability to prevent stuffiness and humidity and improve the comfort of children.
The standard friction method is used to test the pilling resistance of fabrics to simulate long-term use and prevent the formation of obvious ball-like fiber clusters that affect the appearance and texture.
Both manual inspection and cloth inspection machine checks are carried out to check whether there are common defects such as holes, scratches, oil stains, weaving spots, broken wefts, and skipped threads on the cloth surface to ensure the uniformity of shipment.
Each batch of fabrics must be compared with the standard color card after arriving at the factory to ensure color consistency and no color difference. Color consistency is particularly important for product group shipment and replacement parts matching.
We use the high-temperature immersion method to conduct a preliminary fading inspection on the fabric, simulating the use environment such as sweat, saliva, and washing to prevent color from migrating to the skin or clothing.
The fabric must be soft and skin-friendly, avoiding roughness, hardness and itchiness. Each batch of new fabric must be manually tested to ensure it is suitable for children's bare skin contact.
For short-pile fabrics such as teddy velvet, Liss velvet, and rabbit fur, we conduct shaking, rubbing, and plucking tests to check whether they are easy to shed or fade, to avoid the risk of allergies caused by children inhaling fur.
The weight and thickness of the fabric are tested by weighing and thickness measuring instruments to ensure the wrapping, supporting force and consistency of each batch, and to prevent the durability from being affected by the thin fabric.
Fabrics used in curved and stretched wrapping structures are subjected to tensile testing to ensure that they do not deform or shrink excessively, thus ensuring the neat appearance and durability of the product.
Some products that need to be in contact with the body for a long time (such as emotion pillows and tent mats) need to be tested for breathability to prevent stuffiness and humidity and improve the comfort of children.
The standard friction method is used to test the pilling resistance of fabrics to simulate long-term use and prevent the formation of obvious ball-like fiber clusters that affect the appearance and texture.
Both manual inspection and cloth inspection machine checks are carried out to check whether there are common defects such as holes, scratches, oil stains, weaving spots, broken wefts, and skipped threads on the cloth surface to ensure the uniformity of shipment.
Each batch of fabrics must be compared with the standard color card after arriving at the factory to ensure color consistency and no color difference. Color consistency is particularly important for product group shipment and replacement parts matching.
We use the high-temperature immersion method to conduct a preliminary fading inspection on the fabric, simulating the use environment such as sweat, saliva, and washing to prevent color from migrating to the skin or clothing.
The fabric must be soft and skin-friendly, avoiding roughness, hardness and itchiness. Each batch of new fabric must be manually tested to ensure it is suitable for children's bare skin contact.
For short-pile fabrics such as teddy velvet, Liss velvet, and rabbit fur, we conduct shaking, rubbing, and plucking tests to check whether they are easy to shed or fade, to avoid the risk of allergies caused by children inhaling fur.
The weight and thickness of the fabric are tested by weighing and thickness measuring instruments to ensure the wrapping, supporting force and consistency of each batch, and to prevent the durability from being affected by the thin fabric.
Fabrics used in curved and stretched wrapping structures are subjected to tensile testing to ensure that they do not deform or shrink excessively, thus ensuring the neat appearance and durability of the product.
Some products that need to be in contact with the body for a long time (such as emotion pillows and tent mats) need to be tested for breathability to prevent stuffiness and humidity and improve the comfort of children.
The standard friction method is used to test the pilling resistance of fabrics to simulate long-term use and prevent the formation of obvious ball-like fiber clusters that affect the appearance and texture.
Both manual inspection and cloth inspection machine checks are carried out to check whether there are common defects such as holes, scratches, oil stains, weaving spots, broken wefts, and skipped threads on the cloth surface to ensure the uniformity of shipment.
Each batch of fabrics must be compared with the standard color card after arriving at the factory to ensure color consistency and no color difference. Color consistency is particularly important for product group shipment and replacement parts matching.
We use the high-temperature immersion method to conduct a preliminary fading inspection on the fabric, simulating the use environment such as sweat, saliva, and washing to prevent color from migrating to the skin or clothing.
The fabric must be soft and skin-friendly, avoiding roughness, hardness and itchiness. Each batch of new fabric must be manually tested to ensure it is suitable for children's bare skin contact.
For short-pile fabrics such as teddy velvet, Liss velvet, and rabbit fur, we conduct shaking, rubbing, and plucking tests to check whether they are easy to shed or fade, to avoid the risk of allergies caused by children inhaling fur.
The weight and thickness of the fabric are tested by weighing and thickness measuring instruments to ensure the wrapping, supporting force and consistency of each batch, and to prevent the durability from being affected by the thin fabric.
Fabrics used in curved and stretched wrapping structures are subjected to tensile testing to ensure that they do not deform or shrink excessively, thus ensuring the neat appearance and durability of the product.
Some products that need to be in contact with the body for a long time (such as emotion pillows and tent mats) need to be tested for breathability to prevent stuffiness and humidity and improve the comfort of children.
The standard friction method is used to test the pilling resistance of fabrics to simulate long-term use and prevent the formation of obvious ball-like fiber clusters that affect the appearance and texture.
Both manual inspection and cloth inspection machine checks are carried out to check whether there are common defects such as holes, scratches, oil stains, weaving spots, broken wefts, and skipped threads on the cloth surface to ensure the uniformity of shipment.
Each batch of fabrics must be compared with the standard color card after arriving at the factory to ensure color consistency and no color difference. Color consistency is particularly important for product group shipment and replacement parts matching.
We use the high-temperature immersion method to conduct a preliminary fading inspection on the fabric, simulating the use environment such as sweat, saliva, and washing to prevent color from migrating to the skin or clothing.
The fabric must be soft and skin-friendly, avoiding roughness, hardness and itchiness. Each batch of new fabric must be manually tested to ensure it is suitable for children's bare skin contact.
For short-pile fabrics such as teddy velvet, Liss velvet, and rabbit fur, we conduct shaking, rubbing, and plucking tests to check whether they are easy to shed or fade, to avoid the risk of allergies caused by children inhaling fur.
The weight and thickness of the fabric are tested by weighing and thickness measuring instruments to ensure the wrapping, supporting force and consistency of each batch, and to prevent the durability from being affected by the thin fabric.
Fabrics used in curved and stretched wrapping structures are subjected to tensile testing to ensure that they do not deform or shrink excessively, thus ensuring the neat appearance and durability of the product.
Some products that need to be in contact with the body for a long time (such as emotion pillows and tent mats) need to be tested for breathability to prevent stuffiness and humidity and improve the comfort of children.
The standard friction method is used to test the pilling resistance of fabrics to simulate long-term use and prevent the formation of obvious ball-like fiber clusters that affect the appearance and texture.
Both manual inspection and cloth inspection machine checks are carried out to check whether there are common defects such as holes, scratches, oil stains, weaving spots, broken wefts, and skipped threads on the cloth surface to ensure the uniformity of shipment.
Provide safe load-bearing support to avoid collapse or deformation caused by jumping, sitting or stacking.
Each module sets a stable load-bearing standard
High-density soft foam support material to disperse the force
Structural layout avoids top spire stacking
Static load pressure test ≥10 minutes without collapse
Simulate children's jumping impact
Provide safe load-bearing support to avoid collapse or deformation caused by jumping, sitting or stacking.
Each module sets a stable load-bearing standard
High-density soft foam support material to disperse the force
Structural layout avoids top spire stacking
Static load pressure test ≥10 minutes without collapse
Simulate children's jumping impact
Provide safe load-bearing support to avoid collapse or deformation caused by jumping, sitting or stacking.
Each module sets a stable load-bearing standard
High-density soft foam support material to disperse the force
Structural layout avoids top spire stacking
Static load pressure test ≥10 minutes without collapse
Simulate children's jumping impact
Provide safe load-bearing support to avoid collapse or deformation caused by jumping, sitting or stacking.
Each module sets a stable load-bearing standard
High-density soft foam support material to disperse the force
Structural layout avoids top spire stacking
Static load pressure test ≥10 minutes without collapse
Simulate children's jumping impact
Provide safe load-bearing support to avoid collapse or deformation caused by jumping, sitting or stacking.
Each module sets a stable load-bearing standard
High-density soft foam support material to disperse the force
Structural layout avoids top spire stacking
Static load pressure test ≥10 minutes without collapse
Simulate children's jumping impact
Provide safe load-bearing support to avoid collapse or deformation caused by jumping, sitting or stacking.
Each module sets a stable load-bearing standard
High-density soft foam support material to disperse the force
Structural layout avoids top spire stacking
Static load pressure test ≥10 minutes without collapse
Simulate children's jumping impact
Check dirt and pattern displacement
Standard: dirt< 0, pattern deviation ≤ ± 5 mm
Zippers are smooth, seams are strong, and stitching is smooth
The needle detector passed the inspection and no broken needles remained
Dimensional accuracy, flatness, no warping
Standard: Tolerance ±5 mm, no deformation
Test the compression recovery ability of finished foam
Standard: Rebound ≥95%, permanent compression ≤10%
Pressure-resistant outer box, standard labeling, no missing packageswarping
Standard: Pressure resistance ≥60kg, accurate label alignment
We fully understand the compliance and inspection requirements of international B-end customers for products, and fully cooperate with the following inspection requirements:
