ディテール
数量（個）:1
体積:4.95 m³
最小注文数量:1
G.W:880 kg
リードタイム:15 working day
サイズ:L(300)*W(110)*H(150) cm
N.W:780 kg
配送方法:陆运, 海运
規格番号:2800×950×1350 mm
製品番号:UV-TUN-SHOE-0400
製品ディテール
UV Curing Tunnel Dryer Production Line, Ultraviolet Light Curing Oven For Shoe Upper & Outsole UV Ink Varnish
Model: UV-TUN-SHOE-0400
Specification Parameter Details Item No. UV-TUN-SHOE-0400 Effective Mesh Belt Width 400 mm Total Machine Length 2800 mm Adjustable Conveyor Speed 0.3–6 m/min adjustable UV Lamp Quantity 4 sets high-pressure mercury UV lamps, independent switch control UV Wavelength 365nm standard shoemaking curing wavelength Single Lamp Power 3 KW Total Installed Power 14.5 KW Cooling System Top strong exhaust ventilation + side air convection cooling Working Voltage AC380V 50Hz Temperature Control Natural air cooling, no high-temperature baking damage to foam materials Applicable Materials Flyknit upper, leather, microfiber PU, rubber outsole, EVA midsole, UV ink & UV varnish Control Panel Ammeter display, independent lamp switches, conveyor speed regulator Machine Overall Dimension(L×W×H) 2800×950×1350 mm Export Wooden Box Size(L×W×H) 3000×1100×1500 mm Total Packing Volume Approx. 4.95 CBM Net Weight 780 KG Gross Weight 880 KG
Key Product Features
· 4-group independent UV lamp design, can turn on partial lamps to match different curing process demands and save energy
· Top dense exhaust fans realize rapid heat dissipation, avoid thermal deformation of EVA/bio-EVA foam soles
· Stepless adjustable mesh belt speed, flexible for thin uppers and thick outsole parts with different curing time requirements
· Real-time ammeter monitoring for each UV lamp, convenient to judge lamp aging status timely
· Special anti-UV black mesh belt, long service life and stable conveying performance
· Fully enclosed UV light shielding structure to prevent ultraviolet leakage and protect operators
· Modular lamp assembly design for quick replacement and daily maintenance
· Compact body layout, occupies small workshop space and easy to connect with front printing/coating lines
· Uniform UV light irradiation area, no partial incomplete curing or over-burning phenomenon
· Independent emergency stop button for rapid shutdown in abnormal situations
· Compatible with water-based UV varnish and UV ink commonly used in footwear industry
· Stable continuous 24h production capacity for mass shoe batch processing
Application Fields
This UV curing tunnel dryer is widely applied in sneaker factories, leather shoe manufacturers, sole printing workshops and eco bio-EVA footwear production plants, serving as the core post-process equipment after UV ink printing and UV varnish spraying. Core scenarios include pattern ink curing on flyknit uppers, surface glossy varnish curing for leather/microfiber shoe uppers, logo printing curing on rubber outsoles and EVA midsoles; extended usages cover surface UV treatment of shoe accessories, small-batch custom shoe sample curing processing and low-carbon bio-based material UV coating solidification. Adjustable irradiation intensity and conveying speed perfectly adapt to both large-volume bulk orders and multi-style small-batch mixed production modes.
Operation Guidance
1.Check power supply, exhaust fan operation status and UV lamp surface cleanliness before startup
2.Turn on exhaust system 3–5 minutes in advance, then activate UV lamps for preheating
3.Adjust conveyor speed according to ink/varnish thickness and shoe material type
4.Place treated uppers/outsoles evenly on the mesh belt for automatic UV curing
5.Turn off UV lamps first after daily work, keep exhaust running for 15 minutes to dissipate residual heat then cut off total power
Social Responsibility & Environmental Protection
1.Material Saving Low-carbon Advantage: Instant UV curing greatly shortens processing cycle and reduces power consumption vs long-time hot drying; physical curing mode cuts solvent additive usage and lowers production carbon footprint to match EU carbon tariff and ESG audit standards.
2.Clean Production Control: No toxic gas emission during UV physical curing process; centralized exhaust system takes away trace volatile substances timely to keep workshop air fresh.
3.ESG Compliance Empowerment: Stable low-energy consumption production data supports supply chain environmental disclosure, helping factories pass sustainable procurement audits of international sportswear brands.
4.Industrial Social Responsibility: Enclosed anti-leakage design avoids ultraviolet radiation injury for workers; automated conveyor operation reduces repeated manual handling work and improves occupational safety level of post-printing posts.
UV Curing Tunnel Dryer Production Line, Ultraviolet Light Curing Oven For Shoe Upper & Outsole UV Ink Varnish
Model: UV-TUN-SHOE-0400
Specification Parameter Details Item No. UV-TUN-SHOE-0400 Effective Mesh Belt Width 400 mm Total Machine Length 2800 mm Adjustable Conveyor Speed 0.3–6 m/min adjustable UV Lamp Quantity 4 sets high-pressure mercury UV lamps, independent switch control UV Wavelength 365nm standard shoemaking curing wavelength Single Lamp Power 3 KW Total Installed Power 14.5 KW Cooling System Top strong exhaust ventilation + side air convection cooling Working Voltage AC380V 50Hz Temperature Control Natural air cooling, no high-temperature baking damage to foam materials Applicable Materials Flyknit upper, leather, microfiber PU, rubber outsole, EVA midsole, UV ink & UV varnish Control Panel Ammeter display, independent lamp switches, conveyor speed regulator Machine Overall Dimension(L×W×H) 2800×950×1350 mm Export Wooden Box Size(L×W×H) 3000×1100×1500 mm Total Packing Volume Approx. 4.95 CBM Net Weight 780 KG Gross Weight 880 KG
Key Product Features
· 4-group independent UV lamp design, can turn on partial lamps to match different curing process demands and save energy
· Top dense exhaust fans realize rapid heat dissipation, avoid thermal deformation of EVA/bio-EVA foam soles
· Stepless adjustable mesh belt speed, flexible for thin uppers and thick outsole parts with different curing time requirements
· Real-time ammeter monitoring for each UV lamp, convenient to judge lamp aging status timely
· Special anti-UV black mesh belt, long service life and stable conveying performance
· Fully enclosed UV light shielding structure to prevent ultraviolet leakage and protect operators
· Modular lamp assembly design for quick replacement and daily maintenance
· Compact body layout, occupies small workshop space and easy to connect with front printing/coating lines
· Uniform UV light irradiation area, no partial incomplete curing or over-burning phenomenon
· Independent emergency stop button for rapid shutdown in abnormal situations
· Compatible with water-based UV varnish and UV ink commonly used in footwear industry
· Stable continuous 24h production capacity for mass shoe batch processing
Application Fields
This UV curing tunnel dryer is widely applied in sneaker factories, leather shoe manufacturers, sole printing workshops and eco bio-EVA footwear production plants, serving as the core post-process equipment after UV ink printing and UV varnish spraying. Core scenarios include pattern ink curing on flyknit uppers, surface glossy varnish curing for leather/microfiber shoe uppers, logo printing curing on rubber outsoles and EVA midsoles; extended usages cover surface UV treatment of shoe accessories, small-batch custom shoe sample curing processing and low-carbon bio-based material UV coating solidification. Adjustable irradiation intensity and conveying speed perfectly adapt to both large-volume bulk orders and multi-style small-batch mixed production modes.
Operation Guidance
1.Check power supply, exhaust fan operation status and UV lamp surface cleanliness before startup
2.Turn on exhaust system 3–5 minutes in advance, then activate UV lamps for preheating
3.Adjust conveyor speed according to ink/varnish thickness and shoe material type
4.Place treated uppers/outsoles evenly on the mesh belt for automatic UV curing
5.Turn off UV lamps first after daily work, keep exhaust running for 15 minutes to dissipate residual heat then cut off total power
Social Responsibility & Environmental Protection
1.Material Saving Low-carbon Advantage: Instant UV curing greatly shortens processing cycle and reduces power consumption vs long-time hot drying; physical curing mode cuts solvent additive usage and lowers production carbon footprint to match EU carbon tariff and ESG audit standards.
2.Clean Production Control: No toxic gas emission during UV physical curing process; centralized exhaust system takes away trace volatile substances timely to keep workshop air fresh.
3.ESG Compliance Empowerment: Stable low-energy consumption production data supports supply chain environmental disclosure, helping factories pass sustainable procurement audits of international sportswear brands.
4.Industrial Social Responsibility: Enclosed anti-leakage design avoids ultraviolet radiation injury for workers; automated conveyor operation reduces repeated manual handling work and improves occupational safety level of post-printing posts.
UV Curing Tunnel Dryer Production Line, Ultraviolet Light Curing Oven For Shoe Upper & Outsole UV Ink Varnish
Model: UV-TUN-SHOE-0400
Specification Parameter Details Item No. UV-TUN-SHOE-0400 Effective Mesh Belt Width 400 mm Total Machine Length 2800 mm Adjustable Conveyor Speed 0.3–6 m/min adjustable UV Lamp Quantity 4 sets high-pressure mercury UV lamps, independent switch control UV Wavelength 365nm standard shoemaking curing wavelength Single Lamp Power 3 KW Total Installed Power 14.5 KW Cooling System Top strong exhaust ventilation + side air convection cooling Working Voltage AC380V 50Hz Temperature Control Natural air cooling, no high-temperature baking damage to foam materials Applicable Materials Flyknit upper, leather, microfiber PU, rubber outsole, EVA midsole, UV ink & UV varnish Control Panel Ammeter display, independent lamp switches, conveyor speed regulator Machine Overall Dimension(L×W×H) 2800×950×1350 mm Export Wooden Box Size(L×W×H) 3000×1100×1500 mm Total Packing Volume Approx. 4.95 CBM Net Weight 780 KG Gross Weight 880 KG
Key Product Features
· 4-group independent UV lamp design, can turn on partial lamps to match different curing process demands and save energy
· Top dense exhaust fans realize rapid heat dissipation, avoid thermal deformation of EVA/bio-EVA foam soles
· Stepless adjustable mesh belt speed, flexible for thin uppers and thick outsole parts with different curing time requirements
· Real-time ammeter monitoring for each UV lamp, convenient to judge lamp aging status timely
· Special anti-UV black mesh belt, long service life and stable conveying performance
· Fully enclosed UV light shielding structure to prevent ultraviolet leakage and protect operators
· Modular lamp assembly design for quick replacement and daily maintenance
· Compact body layout, occupies small workshop space and easy to connect with front printing/coating lines
· Uniform UV light irradiation area, no partial incomplete curing or over-burning phenomenon
· Independent emergency stop button for rapid shutdown in abnormal situations
· Compatible with water-based UV varnish and UV ink commonly used in footwear industry
· Stable continuous 24h production capacity for mass shoe batch processing
Application Fields
This UV curing tunnel dryer is widely applied in sneaker factories, leather shoe manufacturers, sole printing workshops and eco bio-EVA footwear production plants, serving as the core post-process equipment after UV ink printing and UV varnish spraying. Core scenarios include pattern ink curing on flyknit uppers, surface glossy varnish curing for leather/microfiber shoe uppers, logo printing curing on rubber outsoles and EVA midsoles; extended usages cover surface UV treatment of shoe accessories, small-batch custom shoe sample curing processing and low-carbon bio-based material UV coating solidification. Adjustable irradiation intensity and conveying speed perfectly adapt to both large-volume bulk orders and multi-style small-batch mixed production modes.
Operation Guidance
1.Check power supply, exhaust fan operation status and UV lamp surface cleanliness before startup
2.Turn on exhaust system 3–5 minutes in advance, then activate UV lamps for preheating
3.Adjust conveyor speed according to ink/varnish thickness and shoe material type
4.Place treated uppers/outsoles evenly on the mesh belt for automatic UV curing
5.Turn off UV lamps first after daily work, keep exhaust running for 15 minutes to dissipate residual heat then cut off total power
Social Responsibility & Environmental Protection
1.Material Saving Low-carbon Advantage: Instant UV curing greatly shortens processing cycle and reduces power consumption vs long-time hot drying; physical curing mode cuts solvent additive usage and lowers production carbon footprint to match EU carbon tariff and ESG audit standards.
2.Clean Production Control: No toxic gas emission during UV physical curing process; centralized exhaust system takes away trace volatile substances timely to keep workshop air fresh.
3.ESG Compliance Empowerment: Stable low-energy consumption production data supports supply chain environmental disclosure, helping factories pass sustainable procurement audits of international sportswear brands.
4.Industrial Social Responsibility: Enclosed anti-leakage design avoids ultraviolet radiation injury for workers; automated conveyor operation reduces repeated manual handling work and improves occupational safety level of post-printing posts.
UV Curing Tunnel Dryer Production Line, Ultraviolet Light Curing Oven For Shoe Upper & Outsole UV Ink Varnish
Model: UV-TUN-SHOE-0400
Specification Parameter Details Item No. UV-TUN-SHOE-0400 Effective Mesh Belt Width 400 mm Total Machine Length 2800 mm Adjustable Conveyor Speed 0.3–6 m/min adjustable UV Lamp Quantity 4 sets high-pressure mercury UV lamps, independent switch control UV Wavelength 365nm standard shoemaking curing wavelength Single Lamp Power 3 KW Total Installed Power 14.5 KW Cooling System Top strong exhaust ventilation + side air convection cooling Working Voltage AC380V 50Hz Temperature Control Natural air cooling, no high-temperature baking damage to foam materials Applicable Materials Flyknit upper, leather, microfiber PU, rubber outsole, EVA midsole, UV ink & UV varnish Control Panel Ammeter display, independent lamp switches, conveyor speed regulator Machine Overall Dimension(L×W×H) 2800×950×1350 mm Export Wooden Box Size(L×W×H) 3000×1100×1500 mm Total Packing Volume Approx. 4.95 CBM Net Weight 780 KG Gross Weight 880 KG
Key Product Features
· 4-group independent UV lamp design, can turn on partial lamps to match different curing process demands and save energy
· Top dense exhaust fans realize rapid heat dissipation, avoid thermal deformation of EVA/bio-EVA foam soles
· Stepless adjustable mesh belt speed, flexible for thin uppers and thick outsole parts with different curing time requirements
· Real-time ammeter monitoring for each UV lamp, convenient to judge lamp aging status timely
· Special anti-UV black mesh belt, long service life and stable conveying performance
· Fully enclosed UV light shielding structure to prevent ultraviolet leakage and protect operators
· Modular lamp assembly design for quick replacement and daily maintenance
· Compact body layout, occupies small workshop space and easy to connect with front printing/coating lines
· Uniform UV light irradiation area, no partial incomplete curing or over-burning phenomenon
· Independent emergency stop button for rapid shutdown in abnormal situations
· Compatible with water-based UV varnish and UV ink commonly used in footwear industry
· Stable continuous 24h production capacity for mass shoe batch processing
Application Fields
This UV curing tunnel dryer is widely applied in sneaker factories, leather shoe manufacturers, sole printing workshops and eco bio-EVA footwear production plants, serving as the core post-process equipment after UV ink printing and UV varnish spraying. Core scenarios include pattern ink curing on flyknit uppers, surface glossy varnish curing for leather/microfiber shoe uppers, logo printing curing on rubber outsoles and EVA midsoles; extended usages cover surface UV treatment of shoe accessories, small-batch custom shoe sample curing processing and low-carbon bio-based material UV coating solidification. Adjustable irradiation intensity and conveying speed perfectly adapt to both large-volume bulk orders and multi-style small-batch mixed production modes.
Operation Guidance
1.Check power supply, exhaust fan operation status and UV lamp surface cleanliness before startup
2.Turn on exhaust system 3–5 minutes in advance, then activate UV lamps for preheating
3.Adjust conveyor speed according to ink/varnish thickness and shoe material type
4.Place treated uppers/outsoles evenly on the mesh belt for automatic UV curing
5.Turn off UV lamps first after daily work, keep exhaust running for 15 minutes to dissipate residual heat then cut off total power
Social Responsibility & Environmental Protection
1.Material Saving Low-carbon Advantage: Instant UV curing greatly shortens processing cycle and reduces power consumption vs long-time hot drying; physical curing mode cuts solvent additive usage and lowers production carbon footprint to match EU carbon tariff and ESG audit standards.
2.Clean Production Control: No toxic gas emission during UV physical curing process; centralized exhaust system takes away trace volatile substances timely to keep workshop air fresh.
3.ESG Compliance Empowerment: Stable low-energy consumption production data supports supply chain environmental disclosure, helping factories pass sustainable procurement audits of international sportswear brands.
4.Industrial Social Responsibility: Enclosed anti-leakage design avoids ultraviolet radiation injury for workers; automated conveyor operation reduces repeated manual handling work and improves occupational safety level of post-printing posts.
UV Curing Tunnel Dryer Production Line, Ultraviolet Light Curing Oven For Shoe Upper & Outsole UV Ink Varnish
Model: UV-TUN-SHOE-0400
Specification Parameter Details Item No. UV-TUN-SHOE-0400 Effective Mesh Belt Width 400 mm Total Machine Length 2800 mm Adjustable Conveyor Speed 0.3–6 m/min adjustable UV Lamp Quantity 4 sets high-pressure mercury UV lamps, independent switch control UV Wavelength 365nm standard shoemaking curing wavelength Single Lamp Power 3 KW Total Installed Power 14.5 KW Cooling System Top strong exhaust ventilation + side air convection cooling Working Voltage AC380V 50Hz Temperature Control Natural air cooling, no high-temperature baking damage to foam materials Applicable Materials Flyknit upper, leather, microfiber PU, rubber outsole, EVA midsole, UV ink & UV varnish Control Panel Ammeter display, independent lamp switches, conveyor speed regulator Machine Overall Dimension(L×W×H) 2800×950×1350 mm Export Wooden Box Size(L×W×H) 3000×1100×1500 mm Total Packing Volume Approx. 4.95 CBM Net Weight 780 KG Gross Weight 880 KG
Key Product Features
· 4-group independent UV lamp design, can turn on partial lamps to match different curing process demands and save energy
· Top dense exhaust fans realize rapid heat dissipation, avoid thermal deformation of EVA/bio-EVA foam soles
· Stepless adjustable mesh belt speed, flexible for thin uppers and thick outsole parts with different curing time requirements
· Real-time ammeter monitoring for each UV lamp, convenient to judge lamp aging status timely
· Special anti-UV black mesh belt, long service life and stable conveying performance
· Fully enclosed UV light shielding structure to prevent ultraviolet leakage and protect operators
· Modular lamp assembly design for quick replacement and daily maintenance
· Compact body layout, occupies small workshop space and easy to connect with front printing/coating lines
· Uniform UV light irradiation area, no partial incomplete curing or over-burning phenomenon
· Independent emergency stop button for rapid shutdown in abnormal situations
· Compatible with water-based UV varnish and UV ink commonly used in footwear industry
· Stable continuous 24h production capacity for mass shoe batch processing
Application Fields
This UV curing tunnel dryer is widely applied in sneaker factories, leather shoe manufacturers, sole printing workshops and eco bio-EVA footwear production plants, serving as the core post-process equipment after UV ink printing and UV varnish spraying. Core scenarios include pattern ink curing on flyknit uppers, surface glossy varnish curing for leather/microfiber shoe uppers, logo printing curing on rubber outsoles and EVA midsoles; extended usages cover surface UV treatment of shoe accessories, small-batch custom shoe sample curing processing and low-carbon bio-based material UV coating solidification. Adjustable irradiation intensity and conveying speed perfectly adapt to both large-volume bulk orders and multi-style small-batch mixed production modes.
Operation Guidance
1.Check power supply, exhaust fan operation status and UV lamp surface cleanliness before startup
2.Turn on exhaust system 3–5 minutes in advance, then activate UV lamps for preheating
3.Adjust conveyor speed according to ink/varnish thickness and shoe material type
4.Place treated uppers/outsoles evenly on the mesh belt for automatic UV curing
5.Turn off UV lamps first after daily work, keep exhaust running for 15 minutes to dissipate residual heat then cut off total power
Social Responsibility & Environmental Protection
1.Material Saving Low-carbon Advantage: Instant UV curing greatly shortens processing cycle and reduces power consumption vs long-time hot drying; physical curing mode cuts solvent additive usage and lowers production carbon footprint to match EU carbon tariff and ESG audit standards.
2.Clean Production Control: No toxic gas emission during UV physical curing process; centralized exhaust system takes away trace volatile substances timely to keep workshop air fresh.
3.ESG Compliance Empowerment: Stable low-energy consumption production data supports supply chain environmental disclosure, helping factories pass sustainable procurement audits of international sportswear brands.
4.Industrial Social Responsibility: Enclosed anti-leakage design avoids ultraviolet radiation injury for workers; automated conveyor operation reduces repeated manual handling work and improves occupational safety level of post-printing posts.
UV Curing Tunnel Dryer Production Line, Ultraviolet Light Curing Oven For Shoe Upper & Outsole UV Ink Varnish
Model: UV-TUN-SHOE-0400
| Specification | Parameter Details |
|---|---|
| Item No. | UV-TUN-SHOE-0400 |
| Effective Mesh Belt Width | 400 mm |
| Total Machine Length | 2800 mm |
| Adjustable Conveyor Speed | 0.3–6 m/min adjustable |
| UV Lamp Quantity | 4 sets high-pressure mercury UV lamps, independent switch control |
| UV Wavelength | 365nm standard shoemaking curing wavelength |
| Single Lamp Power | 3 KW |
| Total Installed Power | 14.5 KW |
| Cooling System | Top strong exhaust ventilation + side air convection cooling |
| Working Voltage | AC380V 50Hz |
| Temperature Control | Natural air cooling, no high-temperature baking damage to foam materials |
| Applicable Materials | Flyknit upper, leather, microfiber PU, rubber outsole, EVA midsole, UV ink & UV varnish |
| Control Panel | Ammeter display, independent lamp switches, conveyor speed regulator |
| Machine Overall Dimension(L×W×H) | 2800×950×1350 mm |
| Export Wooden Box Size(L×W×H) | 3000×1100×1500 mm |
| Total Packing Volume | Approx. 4.95 CBM |
| Net Weight | 780 KG |
| Gross Weight | 880 KG |
Key Product Features
· 4-group independent UV lamp design, can turn on partial lamps to match different curing process demands and save energy
· Top dense exhaust fans realize rapid heat dissipation, avoid thermal deformation of EVA/bio-EVA foam soles
· Stepless adjustable mesh belt speed, flexible for thin uppers and thick outsole parts with different curing time requirements
· Real-time ammeter monitoring for each UV lamp, convenient to judge lamp aging status timely
· Special anti-UV black mesh belt, long service life and stable conveying performance
· Fully enclosed UV light shielding structure to prevent ultraviolet leakage and protect operators
· Modular lamp assembly design for quick replacement and daily maintenance
· Compact body layout, occupies small workshop space and easy to connect with front printing/coating lines
· Uniform UV light irradiation area, no partial incomplete curing or over-burning phenomenon
· Independent emergency stop button for rapid shutdown in abnormal situations
· Compatible with water-based UV varnish and UV ink commonly used in footwear industry
· Stable continuous 24h production capacity for mass shoe batch processing
· Top dense exhaust fans realize rapid heat dissipation, avoid thermal deformation of EVA/bio-EVA foam soles
· Stepless adjustable mesh belt speed, flexible for thin uppers and thick outsole parts with different curing time requirements
· Real-time ammeter monitoring for each UV lamp, convenient to judge lamp aging status timely
· Special anti-UV black mesh belt, long service life and stable conveying performance
· Fully enclosed UV light shielding structure to prevent ultraviolet leakage and protect operators
· Modular lamp assembly design for quick replacement and daily maintenance
· Compact body layout, occupies small workshop space and easy to connect with front printing/coating lines
· Uniform UV light irradiation area, no partial incomplete curing or over-burning phenomenon
· Independent emergency stop button for rapid shutdown in abnormal situations
· Compatible with water-based UV varnish and UV ink commonly used in footwear industry
· Stable continuous 24h production capacity for mass shoe batch processing
Application Fields
This UV curing tunnel dryer is widely applied in sneaker factories, leather shoe manufacturers, sole printing workshops and eco bio-EVA footwear production plants, serving as the core post-process equipment after UV ink printing and UV varnish spraying. Core scenarios include pattern ink curing on flyknit uppers, surface glossy varnish curing for leather/microfiber shoe uppers, logo printing curing on rubber outsoles and EVA midsoles; extended usages cover surface UV treatment of shoe accessories, small-batch custom shoe sample curing processing and low-carbon bio-based material UV coating solidification. Adjustable irradiation intensity and conveying speed perfectly adapt to both large-volume bulk orders and multi-style small-batch mixed production modes.
Operation Guidance
1.Check power supply, exhaust fan operation status and UV lamp surface cleanliness before startup
2.Turn on exhaust system 3–5 minutes in advance, then activate UV lamps for preheating
3.Adjust conveyor speed according to ink/varnish thickness and shoe material type
4.Place treated uppers/outsoles evenly on the mesh belt for automatic UV curing
5.Turn off UV lamps first after daily work, keep exhaust running for 15 minutes to dissipate residual heat then cut off total power
2.Turn on exhaust system 3–5 minutes in advance, then activate UV lamps for preheating
3.Adjust conveyor speed according to ink/varnish thickness and shoe material type
4.Place treated uppers/outsoles evenly on the mesh belt for automatic UV curing
5.Turn off UV lamps first after daily work, keep exhaust running for 15 minutes to dissipate residual heat then cut off total power
Social Responsibility & Environmental Protection
1.Material Saving Low-carbon Advantage: Instant UV curing greatly shortens processing cycle and reduces power consumption vs long-time hot drying; physical curing mode cuts solvent additive usage and lowers production carbon footprint to match EU carbon tariff and ESG audit standards.
2.Clean Production Control: No toxic gas emission during UV physical curing process; centralized exhaust system takes away trace volatile substances timely to keep workshop air fresh.
3.ESG Compliance Empowerment: Stable low-energy consumption production data supports supply chain environmental disclosure, helping factories pass sustainable procurement audits of international sportswear brands.
4.Industrial Social Responsibility: Enclosed anti-leakage design avoids ultraviolet radiation injury for workers; automated conveyor operation reduces repeated manual handling work and improves occupational safety level of post-printing posts.
2.Clean Production Control: No toxic gas emission during UV physical curing process; centralized exhaust system takes away trace volatile substances timely to keep workshop air fresh.
3.ESG Compliance Empowerment: Stable low-energy consumption production data supports supply chain environmental disclosure, helping factories pass sustainable procurement audits of international sportswear brands.
4.Industrial Social Responsibility: Enclosed anti-leakage design avoids ultraviolet radiation injury for workers; automated conveyor operation reduces repeated manual handling work and improves occupational safety level of post-printing posts.
