Flyknit Knitting Yarn For Shoe Making
Model:FY-100D / FY-150D
Specification FY-100D Lightweight Fine Type FY-150D Reinforced Support Type Yarn Composition High-tenacity polyester filament + hot melt filament composite High-tenacity polyester filament + hot melt filament composite Yarn Count 100D / 48F 150D / 72F Breaking Strength ≥4.0 cN/dtex ≥4.2 cN/dtex Breaking Elongation 20% ± 3% 22% ± 3% Hot Melt Setting Temperature 110–130 ℃ 110–130 ℃ Color Fastness (Washing / Rubbing / Light) Grade 4–5 Grade 4–5 Shrinkage (Boiling Water) ≤2% ≤2% Compatible Machines Computerized flat knitting machine, 3D flyknit upper machine Computerized flat knitting machine, 3D flyknit upper machine Net Weight Per Cone 1.0 KG 1.2 KG Package Form Conical paper tube, individual plastic seal Conical paper tube, individual plastic seal Carton Packing 24 cones / carton 24 cones / carton Carton Size (L×W×H) 400×400×350 mm 400×400×350 mm Carton Net Weight 24.0 KG 28.8 KG Carton Gross Weight 26.0 KG 31.0 KG
Key Product Features
· Polyester filament blended with evenly distributed hot melt filaments, enables 3D one-piece upper heat setting for stable shape retention
· High breaking strength with even yarn evenness and low fuzz, reduces yarn breakage during knitting and lowers production downtime loss
· Uniform mesh structure can be knitted by adjusting process, balances upper support performance and air permeability
· Grade 4–5 color fastness, resistant to fading from washing, rubbing and sunlight, maintains stable appearance of finished shoe uppers
· Compatible with mainstream computerized flat knitting machines and 3D flyknit equipment, no special equipment modification required
· Low shrinkage after heat setting, stable upper size, reduces size deviation of mass-produced footwear
· Small color difference between batches, ensures consistent appearance of same-batch shoe uppers
· Smooth cone unwinding during production, no yarn jamming, adapts to high-speed continuous knitting
Application Fields
This Flyknit Knitting Yarn serves flyknit upper processing factories, knitted shoe material enterprises, sports running shoe manufacturers and shoe material R&D centers. It is used for producing 3D seamless flyknit uppers, sock-style shoe vamps, breathable sports shoe faces and casual shoe knitted uppers, suitable for running shoes, walking shoes, training shoes and daily casual footwear.
Ideal for both small-batch sample development and large-scale mass production. By adjusting knitting structure and yarn matching, different mesh density and support zones can be realized, providing stable raw material support for sports shoe uppers to meet the comprehensive requirements of light weight, breathability and shape retention.
OperationGuidance
Check yarn appearance, color number and specification before machine loading to confirm they match production requirements
Adjust flat knitting parameters, knitting density and yarn feeding tension according to upper process requirements
Conduct small-batch trial knitting before formal mass production to confirm upper effect, size and setting performance
Strictly control temperature and time during heat setting process to ensure upper shaping effect and dimensional stability
Storage & Maintenance Instructions
Daily Storage
Store in a dry, ventilated and cool warehouse away from direct sunlight; keep packaging intact to avoid moisture and oil contamination
WeeklyInspection
Check warehouse temperature and humidity; inspect outer packaging for damage; separate different batches and color numbers to avoid mixing
Usage Precaution
Avoid sharp objects snagging the yarn; do not use yarn with damaged packaging directly to prevent quality problems of finished uppers
Recycling Rule
Waste yarn and empty paper tubes generated in production can be classified and recycled, and disposed in accordance with industrial solid waste regulations
Flyknit Knitting Yarn For Shoe Making
Model:FY-100D / FY-150D
Specification FY-100D Lightweight Fine Type FY-150D Reinforced Support Type Yarn Composition High-tenacity polyester filament + hot melt filament composite High-tenacity polyester filament + hot melt filament composite Yarn Count 100D / 48F 150D / 72F Breaking Strength ≥4.0 cN/dtex ≥4.2 cN/dtex Breaking Elongation 20% ± 3% 22% ± 3% Hot Melt Setting Temperature 110–130 ℃ 110–130 ℃ Color Fastness (Washing / Rubbing / Light) Grade 4–5 Grade 4–5 Shrinkage (Boiling Water) ≤2% ≤2% Compatible Machines Computerized flat knitting machine, 3D flyknit upper machine Computerized flat knitting machine, 3D flyknit upper machine Net Weight Per Cone 1.0 KG 1.2 KG Package Form Conical paper tube, individual plastic seal Conical paper tube, individual plastic seal Carton Packing 24 cones / carton 24 cones / carton Carton Size (L×W×H) 400×400×350 mm 400×400×350 mm Carton Net Weight 24.0 KG 28.8 KG Carton Gross Weight 26.0 KG 31.0 KG
Key Product Features
· Polyester filament blended with evenly distributed hot melt filaments, enables 3D one-piece upper heat setting for stable shape retention
· High breaking strength with even yarn evenness and low fuzz, reduces yarn breakage during knitting and lowers production downtime loss
· Uniform mesh structure can be knitted by adjusting process, balances upper support performance and air permeability
· Grade 4–5 color fastness, resistant to fading from washing, rubbing and sunlight, maintains stable appearance of finished shoe uppers
· Compatible with mainstream computerized flat knitting machines and 3D flyknit equipment, no special equipment modification required
· Low shrinkage after heat setting, stable upper size, reduces size deviation of mass-produced footwear
· Small color difference between batches, ensures consistent appearance of same-batch shoe uppers
· Smooth cone unwinding during production, no yarn jamming, adapts to high-speed continuous knitting
Application Fields
This Flyknit Knitting Yarn serves flyknit upper processing factories, knitted shoe material enterprises, sports running shoe manufacturers and shoe material R&D centers. It is used for producing 3D seamless flyknit uppers, sock-style shoe vamps, breathable sports shoe faces and casual shoe knitted uppers, suitable for running shoes, walking shoes, training shoes and daily casual footwear.
Ideal for both small-batch sample development and large-scale mass production. By adjusting knitting structure and yarn matching, different mesh density and support zones can be realized, providing stable raw material support for sports shoe uppers to meet the comprehensive requirements of light weight, breathability and shape retention.
OperationGuidance
Check yarn appearance, color number and specification before machine loading to confirm they match production requirements
Adjust flat knitting parameters, knitting density and yarn feeding tension according to upper process requirements
Conduct small-batch trial knitting before formal mass production to confirm upper effect, size and setting performance
Strictly control temperature and time during heat setting process to ensure upper shaping effect and dimensional stability
Storage & Maintenance Instructions
Daily Storage
Store in a dry, ventilated and cool warehouse away from direct sunlight; keep packaging intact to avoid moisture and oil contamination
WeeklyInspection
Check warehouse temperature and humidity; inspect outer packaging for damage; separate different batches and color numbers to avoid mixing
Usage Precaution
Avoid sharp objects snagging the yarn; do not use yarn with damaged packaging directly to prevent quality problems of finished uppers
Recycling Rule
Waste yarn and empty paper tubes generated in production can be classified and recycled, and disposed in accordance with industrial solid waste regulations
Flyknit Knitting Yarn For Shoe Making
Model:FY-100D / FY-150D
Specification FY-100D Lightweight Fine Type FY-150D Reinforced Support Type Yarn Composition High-tenacity polyester filament + hot melt filament composite High-tenacity polyester filament + hot melt filament composite Yarn Count 100D / 48F 150D / 72F Breaking Strength ≥4.0 cN/dtex ≥4.2 cN/dtex Breaking Elongation 20% ± 3% 22% ± 3% Hot Melt Setting Temperature 110–130 ℃ 110–130 ℃ Color Fastness (Washing / Rubbing / Light) Grade 4–5 Grade 4–5 Shrinkage (Boiling Water) ≤2% ≤2% Compatible Machines Computerized flat knitting machine, 3D flyknit upper machine Computerized flat knitting machine, 3D flyknit upper machine Net Weight Per Cone 1.0 KG 1.2 KG Package Form Conical paper tube, individual plastic seal Conical paper tube, individual plastic seal Carton Packing 24 cones / carton 24 cones / carton Carton Size (L×W×H) 400×400×350 mm 400×400×350 mm Carton Net Weight 24.0 KG 28.8 KG Carton Gross Weight 26.0 KG 31.0 KG
Key Product Features
· Polyester filament blended with evenly distributed hot melt filaments, enables 3D one-piece upper heat setting for stable shape retention
· High breaking strength with even yarn evenness and low fuzz, reduces yarn breakage during knitting and lowers production downtime loss
· Uniform mesh structure can be knitted by adjusting process, balances upper support performance and air permeability
· Grade 4–5 color fastness, resistant to fading from washing, rubbing and sunlight, maintains stable appearance of finished shoe uppers
· Compatible with mainstream computerized flat knitting machines and 3D flyknit equipment, no special equipment modification required
· Low shrinkage after heat setting, stable upper size, reduces size deviation of mass-produced footwear
· Small color difference between batches, ensures consistent appearance of same-batch shoe uppers
· Smooth cone unwinding during production, no yarn jamming, adapts to high-speed continuous knitting
Application Fields
This Flyknit Knitting Yarn serves flyknit upper processing factories, knitted shoe material enterprises, sports running shoe manufacturers and shoe material R&D centers. It is used for producing 3D seamless flyknit uppers, sock-style shoe vamps, breathable sports shoe faces and casual shoe knitted uppers, suitable for running shoes, walking shoes, training shoes and daily casual footwear.
Ideal for both small-batch sample development and large-scale mass production. By adjusting knitting structure and yarn matching, different mesh density and support zones can be realized, providing stable raw material support for sports shoe uppers to meet the comprehensive requirements of light weight, breathability and shape retention.
OperationGuidance
Check yarn appearance, color number and specification before machine loading to confirm they match production requirements
Adjust flat knitting parameters, knitting density and yarn feeding tension according to upper process requirements
Conduct small-batch trial knitting before formal mass production to confirm upper effect, size and setting performance
Strictly control temperature and time during heat setting process to ensure upper shaping effect and dimensional stability
Storage & Maintenance Instructions
Daily Storage
Store in a dry, ventilated and cool warehouse away from direct sunlight; keep packaging intact to avoid moisture and oil contamination
WeeklyInspection
Check warehouse temperature and humidity; inspect outer packaging for damage; separate different batches and color numbers to avoid mixing
Usage Precaution
Avoid sharp objects snagging the yarn; do not use yarn with damaged packaging directly to prevent quality problems of finished uppers
Recycling Rule
Waste yarn and empty paper tubes generated in production can be classified and recycled, and disposed in accordance with industrial solid waste regulations
Flyknit Knitting Yarn For Shoe Making
Model:FY-100D / FY-150D
Specification FY-100D Lightweight Fine Type FY-150D Reinforced Support Type Yarn Composition High-tenacity polyester filament + hot melt filament composite High-tenacity polyester filament + hot melt filament composite Yarn Count 100D / 48F 150D / 72F Breaking Strength ≥4.0 cN/dtex ≥4.2 cN/dtex Breaking Elongation 20% ± 3% 22% ± 3% Hot Melt Setting Temperature 110–130 ℃ 110–130 ℃ Color Fastness (Washing / Rubbing / Light) Grade 4–5 Grade 4–5 Shrinkage (Boiling Water) ≤2% ≤2% Compatible Machines Computerized flat knitting machine, 3D flyknit upper machine Computerized flat knitting machine, 3D flyknit upper machine Net Weight Per Cone 1.0 KG 1.2 KG Package Form Conical paper tube, individual plastic seal Conical paper tube, individual plastic seal Carton Packing 24 cones / carton 24 cones / carton Carton Size (L×W×H) 400×400×350 mm 400×400×350 mm Carton Net Weight 24.0 KG 28.8 KG Carton Gross Weight 26.0 KG 31.0 KG
Key Product Features
· Polyester filament blended with evenly distributed hot melt filaments, enables 3D one-piece upper heat setting for stable shape retention
· High breaking strength with even yarn evenness and low fuzz, reduces yarn breakage during knitting and lowers production downtime loss
· Uniform mesh structure can be knitted by adjusting process, balances upper support performance and air permeability
· Grade 4–5 color fastness, resistant to fading from washing, rubbing and sunlight, maintains stable appearance of finished shoe uppers
· Compatible with mainstream computerized flat knitting machines and 3D flyknit equipment, no special equipment modification required
· Low shrinkage after heat setting, stable upper size, reduces size deviation of mass-produced footwear
· Small color difference between batches, ensures consistent appearance of same-batch shoe uppers
· Smooth cone unwinding during production, no yarn jamming, adapts to high-speed continuous knitting
Application Fields
This Flyknit Knitting Yarn serves flyknit upper processing factories, knitted shoe material enterprises, sports running shoe manufacturers and shoe material R&D centers. It is used for producing 3D seamless flyknit uppers, sock-style shoe vamps, breathable sports shoe faces and casual shoe knitted uppers, suitable for running shoes, walking shoes, training shoes and daily casual footwear.
Ideal for both small-batch sample development and large-scale mass production. By adjusting knitting structure and yarn matching, different mesh density and support zones can be realized, providing stable raw material support for sports shoe uppers to meet the comprehensive requirements of light weight, breathability and shape retention.
OperationGuidance
Check yarn appearance, color number and specification before machine loading to confirm they match production requirements
Adjust flat knitting parameters, knitting density and yarn feeding tension according to upper process requirements
Conduct small-batch trial knitting before formal mass production to confirm upper effect, size and setting performance
Strictly control temperature and time during heat setting process to ensure upper shaping effect and dimensional stability
Storage & Maintenance Instructions
Daily Storage
Store in a dry, ventilated and cool warehouse away from direct sunlight; keep packaging intact to avoid moisture and oil contamination
WeeklyInspection
Check warehouse temperature and humidity; inspect outer packaging for damage; separate different batches and color numbers to avoid mixing
Usage Precaution
Avoid sharp objects snagging the yarn; do not use yarn with damaged packaging directly to prevent quality problems of finished uppers
Recycling Rule
Waste yarn and empty paper tubes generated in production can be classified and recycled, and disposed in accordance with industrial solid waste regulations
Flyknit Knitting Yarn For Shoe Making
Model:FY-100D / FY-150D
Specification FY-100D Lightweight Fine Type FY-150D Reinforced Support Type Yarn Composition High-tenacity polyester filament + hot melt filament composite High-tenacity polyester filament + hot melt filament composite Yarn Count 100D / 48F 150D / 72F Breaking Strength ≥4.0 cN/dtex ≥4.2 cN/dtex Breaking Elongation 20% ± 3% 22% ± 3% Hot Melt Setting Temperature 110–130 ℃ 110–130 ℃ Color Fastness (Washing / Rubbing / Light) Grade 4–5 Grade 4–5 Shrinkage (Boiling Water) ≤2% ≤2% Compatible Machines Computerized flat knitting machine, 3D flyknit upper machine Computerized flat knitting machine, 3D flyknit upper machine Net Weight Per Cone 1.0 KG 1.2 KG Package Form Conical paper tube, individual plastic seal Conical paper tube, individual plastic seal Carton Packing 24 cones / carton 24 cones / carton Carton Size (L×W×H) 400×400×350 mm 400×400×350 mm Carton Net Weight 24.0 KG 28.8 KG Carton Gross Weight 26.0 KG 31.0 KG
Key Product Features
· Polyester filament blended with evenly distributed hot melt filaments, enables 3D one-piece upper heat setting for stable shape retention
· High breaking strength with even yarn evenness and low fuzz, reduces yarn breakage during knitting and lowers production downtime loss
· Uniform mesh structure can be knitted by adjusting process, balances upper support performance and air permeability
· Grade 4–5 color fastness, resistant to fading from washing, rubbing and sunlight, maintains stable appearance of finished shoe uppers
· Compatible with mainstream computerized flat knitting machines and 3D flyknit equipment, no special equipment modification required
· Low shrinkage after heat setting, stable upper size, reduces size deviation of mass-produced footwear
· Small color difference between batches, ensures consistent appearance of same-batch shoe uppers
· Smooth cone unwinding during production, no yarn jamming, adapts to high-speed continuous knitting
Application Fields
This Flyknit Knitting Yarn serves flyknit upper processing factories, knitted shoe material enterprises, sports running shoe manufacturers and shoe material R&D centers. It is used for producing 3D seamless flyknit uppers, sock-style shoe vamps, breathable sports shoe faces and casual shoe knitted uppers, suitable for running shoes, walking shoes, training shoes and daily casual footwear.
Ideal for both small-batch sample development and large-scale mass production. By adjusting knitting structure and yarn matching, different mesh density and support zones can be realized, providing stable raw material support for sports shoe uppers to meet the comprehensive requirements of light weight, breathability and shape retention.
OperationGuidance
Check yarn appearance, color number and specification before machine loading to confirm they match production requirements
Adjust flat knitting parameters, knitting density and yarn feeding tension according to upper process requirements
Conduct small-batch trial knitting before formal mass production to confirm upper effect, size and setting performance
Strictly control temperature and time during heat setting process to ensure upper shaping effect and dimensional stability
Flyknit Knitting Yarn For Shoe Making
Model:FY-100D / FY-150D
| Specification | FY-100D Lightweight Fine Type | FY-150D Reinforced Support Type |
|---|---|---|
| Yarn Composition | High-tenacity polyester filament + hot melt filament composite | High-tenacity polyester filament + hot melt filament composite |
| Yarn Count | 100D / 48F | 150D / 72F |
| Breaking Strength | ≥4.0 cN/dtex | ≥4.2 cN/dtex |
| Breaking Elongation | 20% ± 3% | 22% ± 3% |
| Hot Melt Setting Temperature | 110–130 ℃ | 110–130 ℃ |
| Color Fastness (Washing / Rubbing / Light) | Grade 4–5 | Grade 4–5 |
| Shrinkage (Boiling Water) | ≤2% | ≤2% |
| Compatible Machines | Computerized flat knitting machine, 3D flyknit upper machine | Computerized flat knitting machine, 3D flyknit upper machine |
| Net Weight Per Cone | 1.0 KG | 1.2 KG |
| Package Form | Conical paper tube, individual plastic seal | Conical paper tube, individual plastic seal |
| Carton Packing | 24 cones / carton | 24 cones / carton |
| Carton Size (L×W×H) | 400×400×350 mm | 400×400×350 mm |
| Carton Net Weight | 24.0 KG | 28.8 KG |
| Carton Gross Weight | 26.0 KG | 31.0 KG |
Application Fields
OperationGuidance
Storage & Maintenance Instructions
Daily Storage
Store in a dry, ventilated and cool warehouse away from direct sunlight; keep packaging intact to avoid moisture and oil contamination
WeeklyInspection
Check warehouse temperature and humidity; inspect outer packaging for damage; separate different batches and color numbers to avoid mixing
Usage Precaution
Avoid sharp objects snagging the yarn; do not use yarn with damaged packaging directly to prevent quality problems of finished uppers
Recycling Rule
Waste yarn and empty paper tubes generated in production can be classified and recycled, and disposed in accordance with industrial solid waste regulations


