{"id":11996,"date":"2026-09-14T09:06:22","date_gmt":"2026-09-14T09:06:22","guid":{"rendered":"https:\/\/asfrom.com\/?p=11996"},"modified":"2026-09-14T09:06:22","modified_gmt":"2026-09-14T09:06:22","slug":"asfrom-shoe-material-laminating-machine-faq","status":"publish","type":"post","link":"https:\/\/asfrom.com\/de\/asfrom-shoe-material-laminating-machine-faq\/","title":{"rendered":"ASFROM Shoe Material Laminating Machine FAQ"},"content":{"rendered":"

Shoe Material Laminating Machine Base Q&A<\/span><\/p><\/h1><\/div>

I. Grundlegende Produktinformationen<\/strong><\/span><\/p>\n<\/div>

Q1: What is AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A1: AF\u2011MS020 Lamination Machine for Solvent Base Glue is continuous compound laminating machine dedicated for solvent\u2011based super glue and PU glue. Equipped with large\u2011diameter heating roller and multiple optional heating modes, it processes both roll\u2011form and sheet\u2011form materials. It completes full workflow of gluing\u2011drying\u2011pressing for composite of foam, EVA, leather, fabric and other shoe\u2011materials.
\nExtension: It supports single\u2011action \/linked\u2011action driving mode. Press\u2011roller can be adjusted manually or pneumatically. Optional customized modules such as static elimination and anti\u2011stick roller surface are available. It is upstream composite process for shoe\u2011material, and laminated material can go to skiving and edge\u2011folding machines for further processing.<\/p>\n<\/div>

Q2: What are the core technical parameters of AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A2:<\/p>\n

1.Model No.: AF\u2011MS020
\n2.Voltage:380V \/50HZ 3\u2011Phases
\n3.Total input power:60KW; Heating power:1.5KW\u00d724pcs=36KW
\n4.Motor power:5HP+2HP(expandable +2HP), single\u2011action \/ linked\u2011action
\n5.Effective working width:1650mm
\n6.Standard heating roller: \u03a61500\u00d71800mm, customizable \u03a61500\u2011\u03a62500 \u00d71800\u20113000mm
\n7.Gluing method: scraper gluing, precision anilox\u2011roller gluing
\n8.Standard machine dimension:6500\u00d72400\u00d72300mm; extended\u2011version:8500\u00d72400\u00d72300mm
\n9.Working air pressure(pneumatic version):0.6MPa
\nExtension: Actual production speed depends on glue drying condition. Do not pursue excessive line speed for solvent\u2011glue process; too fast speed leads to insufficient drying and delamination.<\/p>\n<\/div>

Q3: What are the main features of AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A3:<\/p>\n

1.Multiple optional heating modes: electric tube, electric plate, gas, thermal\u2011oil, steam to adapt various workshop conditions and material processes.
\n2.High feeding compatibility with conveyor\u2011belt feeding, processing both roll and sheet materials for great versatility.
\n3.Precise gluing adjustment via scraper \/ anilox roller. Glue baffle adjusts according to material width for accurate gluing width control.
\n4.Gluing\u2011roller supports manual & pneumatic adjustment. Pneumatic version reduces setup time for frequent material change\u2011over.
\n5.High\u2011temperature\u2011resistant mesh\u2011belt pressing mechanism provides even pressure distribution, improves bonding strength and reduces reject rate of delamination & partial poor lamination.
\n6.Custom\u2011available options: synchronous glue\u2011adjustment device, roller anti\u2011stick treatment, silicone flat belt, static\u2011elimination device etc.
\n7.Drive system supports single\u2011action and linked\u2011action for different production conditions.
\nExtension: It is solvent\u2011glue equipment with strict requirements for workshop ventilation and fire\u2011protection. Large roller stores massive heat; wait for sufficient cooling before internal maintenance after shutdown.<\/p>\n<\/div><\/div><\/div><\/div><\/div>

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II. Anwendbare Branchen und Werkstoffe<\/strong><\/span><\/p>\n<\/div>

Q4:What products and materials can AF\u2011MS020 Lamination Machine for Solvent Base Glue process?<\/span><\/strong><\/p>\n

A4:Suitable for EVA, SBR, foam, high\u2011foaming material, leather, shoe\u2011material and garment fabrics. It performs lamination with solvent\u2011based super glue and PU\u2011glue for bi\u2011material composite.
\nExtension: Standard gluing unit is NOT designed for water\u2011based glue or solvent\u2011free glue directly. Thin fabric needs proper tension control to avoid stretching deformation. For porous foam, pay attention to glue penetration to prevent glue bleed\u2011through.<\/p>\n<\/div>

Q5: What production scenarios is AF\u2011MS020 Lamination Machine for Solvent Base Glue mainly used for?<\/span><\/strong><\/p>\n

A5:Applied in shoe factories, luggage factories and garment\u2011fabric processing plants. It belongs to upstream composite procedure. Laminated semi\u2011finished goods can be sent to skiving machine, edge\u2011folding machine and embossing molding machine for downstream processing.
\nExtension: Suitable for mass continuous roll\u2011material lamination as well as sheet\u2011material batch processing. Not ideal for small\u2011lot frequent glue\u2011type switching. Solvent glue produces volatile gas; workshop exhaust system is mandatory.<\/p>\n<\/div><\/div><\/div><\/div><\/div>

\u4e09. Utility, Installation & Commissioning<\/strong><\/span><\/p>\n<\/div>

Q6: What utility conditions are required for AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A6:Power supply:380V 50Hz three\u2011phase, reliable protective earthing. Pneumatic version requires external compressed air source at 0.6MPa. Workshop must be equipped with powerful exhaust & ventilation system and adequate fire\u2011fighting equipment. Reserve sufficient space for machine layout, operation and maintenance.
\nExtension: Machine body is very long; check doorway & aisle dimension for machine entry. Anti\u2011static floor and water\u2011sprinkling facilities are recommended for solvent\u2011glue working zone.<\/p>\n<\/div>

Q7:What are requirements for installation & placement of AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A7:Place machine on flat, ventilated and spacious floor, keep away from open fire and heat source. Separate raw\u2011material stacking zone from machine body. Reserve operation and fire\u2011escape passage around machine. Tighten all air\u2011pipe joints for pneumatic version.
\nExtension: Machine contains high\u2011temperature components. No flammable stock nearby. Do not mount close against wall; keep rear\u2011side maintenance clearance.<\/p>\n<\/div>

Q8:What is complete test\u2011running operating procedure for AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A8:<\/p>\n

1.Confirm reliable power earthing. For pneumatic model, start air\u2011compressor and set pressure to 0.6MPa. Ensure exhaust and fire\u2011fighting facilities are ready.
\n2.Switch on main power, activate heater\u20111 and heater\u20112, set process temperature on thermostat (water\u2011proof glue needs highest temperature, super glue uses lowest temperature).
\nExtension: Large roller has huge heat capacity. Allow sufficient pre\u2011heating. Do not start production immediately after temperature rise, otherwise insufficient drying will occur.
\n3.Set tiny gap between copper doctor\u2011blade and gluing roller. Adjust glue baffle to match material width. Pour glue and fine\u2011tune glue thickness. Adjust silicone press\u2011roller gap to just hold material.
\n4.Hang raw material on feeding hook, thread material via S\u2011bar under gluing roller; run without load to inspect gluing uniformity.
\n5.Send glued base material into mesh\u2011belt pressing zone of large heating roller. Pull second\u2011layer material from middle section of large\u2011roller for laminating.
\n6.Adjust temperature, glue thickness and line speed according to glue drying effect. Test bonding strength by sampling; start mass\u2011production only after sample acceptance.
\n7.After production, turn off heating, wait until roller fully cooled down before cleaning and maintenance.
\n8.Do not disassemble machine upon failure, contact manufacturer technical support.<\/p>\n<\/div>

Q9: What precautions for process\u2011parameter adjustment?<\/span><\/strong><\/p>\n

A9:Temperature, glue thickness and line speed interact mutually. Water\u2011proof glue requires highest temperature while super glue uses lowest temperature. Qualified speed judgement: glue shall be fully dried after material exits large roller. Do not over\u2011tighten silicone press\u2011roller gap to avoid material squeeze\u2011deformation.
\nExtension: Fully stir solvent glue every batch after adding solvent. When glue viscosity changes, readjust doctor\u2011blade gap and running speed accordingly.<\/p>\n<\/div>

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IV. Maschinenaufbau und Komponenten<\/strong><\/span><\/p>\n<\/div>

Q10: What are the 5 core assemblies of AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A10:5 modular core assemblies:
\n1.Main\u2011frame & conveyor assembly; 2.Gluing coating unit; 3.Large\u2011roller heating\u2011pressing unit; 4.Power transmission mechanism; 5.Electrical & pneumatic control system.
\n\u2011Main\u2011frame & conveyor assembly: machine frame, feeding hook, S\u2011bar guide, high\u2011temperature resistant mesh\u2011belt.
\n\u2011Gluing coating unit: gluing roller, copper doctor\u2011blade, glue baffle, silicone press\u2011roller(manual \/ pneumatic adjustable).
\n\u2011Large\u2011roller heating\u2011pressing unit: large\u2011diameter heating roller, mesh\u2011belt pressing assembly, heating tubes.
\n\u2011Power transmission mechanism: three reducers(1\u00d7100#, 2\u00d780#), 5HP+2HP motor, transmission chains.
\n\u2011Electrical & pneumatic control system: thermostat, power control cabinet, pneumatic pressure\u2011regulating valve.
\nExtension: Wearing\u2011parts: copper doctor\u2011blade, silicone press\u2011roller, high\u2011temp mesh\u2011belt, chain & bearings. Spare\u2011part stock is recommended to shorten downtime.<\/p>\n<\/div>

Q11: What are functions of single\u2011action \/ linked\u2011action driving mode?<\/span><\/strong><\/p>\n

A11:Single\u2011action mode: each transmission unit runs independently for machine commissioning, sampling and troubleshooting. Linked\u2011action mode: all units run synchronously for mass continuous production.y.<\/p>\n<\/div>

Q12: What is the function of high\u2011temperature\u2011resistant mesh\u2011belt pressing mechanism?<\/span><\/strong><\/p>\n

A12:Work together with large heating roller to provide even pressing force. Keep stable physical performance under high\u2011temperature condition, ensure tight lamination of two\u2011layer material and reduce defects like delamination and partial poor bonding.<\/p>\n<\/div><\/div><\/div><\/div><\/div>

\u4e94.Safety, Maintenance & Troubleshooting<\/strong><\/span><\/p>\n<\/div>

Q13: What safety notes for AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A13:<\/p>\n

1.Machine must be reliably earthed for three\u2011phase power. Large\u2011size hot\u2011roller exists; do not touch roller surface during running to avoid scald injury.
\n2.Benzene\u2011containing solvent glue is adopted. Mandatory workshop exhaust ventilation and complete fire\u2011fighting equipment are required. Separate raw\u2011material stock from machine, apply anti\u2011static water\u2011sprinkling around machine.
\n3.Keep hands away from nip zone of gluing roller, pressing mesh\u2011belt and heating roller during running to prevent roll\u2011in & crush injury.
\n4.Cut off main power before cleaning or maintenance; wait for roller fully cool\u2011down.
\n5.Do not open protective cover while reducer and transmission\u2011chain are rotating.
\n6.Do not disassemble machine upon failure; contact manufacturer technician.
\nExtension: Operators shall be trained for solvent\u2011glue safety regulation. No open\u2011fire or smoking in workshop. Keep glue\u2011container sealed in storage.<\/p>\n<\/div>

Q14: What is maintenance schedule for AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

A14:Per shift: Check air\u2011compressor pressure; check reducer oil\u2011level & oil leakage; clean residual glue on doctor\u2011blade and glue tray; inspect chain condition; verify exhaust & fire\u2011safety facilities.
\nWeekly: Inspect air\u2011pipe joints; apply general grease for transmission chain; inspect mesh\u2011belt wear condition.
\nEvery 3600 running\u2011hours: Replace reducer oil with Mobil 0# gear\u2011oil; clean impurities inside worm\u2011gear while oil changing; apply 300\u2103 high\u2011temp lubricant for hot moving parts; replenish grease for all bearings.
\nEvery half\u2011year: Dedust motor for good ventilation & heat dissipation; fasten electrical terminals; inspect heating\u2011tube performance.
\nYearly: Complete machine overhaul, evaluate wear of roller, mesh\u2011belt, doctor\u2011blade and reducer, replace aged spare\u2011parts.
\nExtension: If machine keeps idle for more than one week, clean full glue\u2011path to avoid glue curing and blockage of blade & glue tray.<\/p>\n<\/div>

Q15: Common faults and troubleshooting guidelines?<\/span><\/strong><\/p>\n

A15:<\/p>\n

    \n
  1. Poor bonding \/ non\u2011stick after lamination: insufficient glue amount; excessive solvent volatilization; silicone press\u2011roller pressure too high or too low; incomplete glue drying.<\/li>\n
  2. Unbalanced bonding strength left\u2011right: unbalanced pressure on two sides of silicone press\u2011roller; inconsistent glue\u2011thickness left\u2011right; uneven stirring while adding solvent into glue.<\/li>\n
  3. Weak bonding at middle zone: uneven worn copper doctor\u2011blade leading to insufficient glue at center; excessive large\u2011roller temperature causes bubble formation in middle area of material.<\/li>\n
  4. Glue bleed\u2011through on material surface: excessive glue coating thickness. Extension\u2011added frequent site faults:<\/li>\n
  5. Bubbles after lamination: improper drying temperature; over\u2011fast line\u2011speed; air trapped between two layers.<\/li>\n
  6. Striped uneven gluing marks: worn \/ chipped copper doctor\u2011blade; unlevel blade mounting; cured\u2011glue lumps & impurities inside glue path.<\/li>\n
  7. Mesh\u2011belt tracking offset: inspect mesh\u2011belt tension\u2011adjustment mechanism, make left\u2011right tension consistent.<\/li>\n<\/ol>\n<\/div><\/div><\/div><\/div><\/div>

    \u516d.Model Selection<\/strong><\/span><\/p>\n<\/div>

    Q16: Which customers are suitable for AF\u2011MS020 Lamination Machine for Solvent Base Glue?<\/span><\/strong><\/p>\n

    A16:Recommended for shoe\u2011making factories, luggage & fabric processing plants for solvent\u2011based super\u2011glue \/ PU\u2011glue lamination of EVA, SBR, foam, leather and fabrics, processing both roll\u2011form and sheet\u2011form material with proper ventilation & fire\u2011safety infrastructure. Laminated semi\u2011products can go to BMF\u2011228 skiving machine, A\u2011292 \/ AFB\u2011202 folding machine and ASL\u2011831A embossing molding machine.
    \nExtension:
    \n\u2705 Suitable scenarios: mass continuous roll\u2011material lamination; sheet\u2011material batch processing; multiple heating\u2011mode requirement adapting site condition.
    \n\u274c Unsuitable scenarios: mainly processing water\u2011based or solvent\u2011free glue; workshop without exhaust & fire\u2011protection; frequent glue\u2011type change\u2011over for small batches.
    \nAlternative suggestion: If production focuses on water\u2011based glue lamination, select dedicated water\u2011base laminator instead of this model.<\/p>\n<\/div><\/div><\/div><\/div><\/div>

    <\/a><\/div><\/div><\/div><\/div><\/div>

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