ディテール
数量（個）:100
体積:0.01155 m³
最小注文数量:100 pcs
G.W:19.2 kg
リードタイム:15 working day
サイズ:L(35)*W(22)*H(15) cm
N.W:17.5 kg
配送方法:快递
規格番号:100 pcs
製品番号:PRY-BAR-SHOE
製品ディテール
Footwear Separating Pry Bar, High Carbon Steel Material Separation Crowbar For Shoe Factory Cutting Workshop Leather, Flyknit Fabric, EVA Foam Separating
Model: PRY-BAR-SHOE
Specification Parameter Details Raw Material Integral forged high carbon steel, overall quenched hardening Size Options Short Type: 180mm total length; Long Type: 320mm total length Blade Feature Thin flat beveled tip, easy to insert between stacked shoe materials Surface Treatment Matte anti-rust metal finish, wear-resistant & not easy to rust Structure One-piece forming, no welding seam, high bending resistance Single Tool Weight Short pry bar: 110g; Long pry bar: 240g Packaging Single piece packed with anti-rust oil paper, carton bulk packing Quantity Per Export Carton 100 pcs (mixed long & short sizes available) Carton Dimension (L×W×H) 350×220×150 mm Carton Net Weight 17.5 KG Carton Gross Weight 19.2 KG
Key Product Features
Integral forged high carbon steel with overall quenching treatment, high hardness, strong bending resistance, not easy to bend or deform under repeated prying work in cutting workshops.
Ultra-thin flat bevel blade tip, sharp but not sharp enough to cut materials; easily inserts into gaps between stacked leather, flyknit fabric, EVA foam, microfiber cut pieces, quickly separate bonded multi-layer shoe materials without tearing or scratching finished blanks.
One-piece seamless molding design, no welding cracks or breakage points, durable long service life, reduce frequent tool replacement cost for shoe factories.
Matte anti-rust surface treatment, effectively isolate workshop humid environment, resist sweat, oil and water corrosion, long-term storage without rust spots.
Two length specifications for flexible matching: short pry bar for small-size insole, small lining material separation; long pry bar for large vamp, thick EVA foam multi-layer stacking separation, adapt to all cutting station working demands.
Thickened integrated tail handle, uniform force during prying operation, no slipping off hands, improve workshop operation safety and work efficiency.
Application Fields
This high carbon steel footwear separating pry bar is special consumable hand tool matched with hydraulic shoe cutting machines, widely used in cutting workshops, sample development rooms of all sneaker, casual shoe, safety shoe factories. It is used for separating stacked, mutually bonded shoe raw material cut pieces, including microfiber synthetic leather, suede PU, flyknit fabric, engineering mesh cloth, EVA foam, non-woven interlining, insole sheets, toe puff and heel counter sheets, etc. It is essential auxiliary tool to avoid manual tearing damage to shoe blanks.
Operation Guidance
- After hydraulic cutting machine finishes blanking and cutting shoe materials, place the stacked cut pieces flat on the green cutting rubber pad.
- Hold the thickened handle of the pry bar tightly, align the thin flat bevel blade tip with the gap between two layers of shoe materials, gently push the pry bar into the material gap.
- Slightly tilt the pry bar lever to separate the bonded shoe layers, slowly pull apart the stacked cut pieces; avoid excessive violent prying to prevent blade deformation and material tearing.
- After daily work, wipe off residual rubber foam, leather dust and oil stains on the pry bar surface with clean cloth, coat thin anti-rust oil for storage to extend service life.
- Store the pry bar separately from sharp steel knife molds to prevent blade tip collision and blunting.
Storage Guidance
- Store pry bars in dry, ventilated tool storage cabinet of workshop, avoid long-term placement in damp cutting workshop ground to prevent metal rust.
- Keep away from corrosive chemical solvents, acid and alkali cleaning liquids to avoid surface anti-rust layer damage.
- Do not throw, hit or stack heavy metal objects on the pry bar to prevent bending deformation and blade tip damage.
- For long-term unused batch inventory, wrap each pry bar with anti-rust oil paper before carton sealing storage.
Maintenance Instructions
Daily Maintenance
Wipe surface dust, foam and leather residue after use; check blade tip for bending, blunting and deformation.
Weekly Maintenance
Coat thin anti-rust oil on the whole pry bar surface, polish minor rust spots with fine sandpaper.
Monthly Maintenance
Screen severely bent, cracked or blunt pry bars for replacement, avoid affecting workshop production efficiency.
Usage Precaution
Forbid striking hard steel knife molds, rubber cutting pads with the pry bar as a hammer, which will cause permanent bending and blade breakage.
Recycling Reminder
Worn, deformed waste steel pry bars can be classified as scrap metal for centralized recycling and smelting reuse.
Footwear Separating Pry Bar, High Carbon Steel Material Separation Crowbar For Shoe Factory Cutting Workshop Leather, Flyknit Fabric, EVA Foam Separating
Model: PRY-BAR-SHOE
Specification Parameter Details Raw Material Integral forged high carbon steel, overall quenched hardening Size Options Short Type: 180mm total length; Long Type: 320mm total length Blade Feature Thin flat beveled tip, easy to insert between stacked shoe materials Surface Treatment Matte anti-rust metal finish, wear-resistant & not easy to rust Structure One-piece forming, no welding seam, high bending resistance Single Tool Weight Short pry bar: 110g; Long pry bar: 240g Packaging Single piece packed with anti-rust oil paper, carton bulk packing Quantity Per Export Carton 100 pcs (mixed long & short sizes available) Carton Dimension (L×W×H) 350×220×150 mm Carton Net Weight 17.5 KG Carton Gross Weight 19.2 KG
Key Product Features
Integral forged high carbon steel with overall quenching treatment, high hardness, strong bending resistance, not easy to bend or deform under repeated prying work in cutting workshops.
Ultra-thin flat bevel blade tip, sharp but not sharp enough to cut materials; easily inserts into gaps between stacked leather, flyknit fabric, EVA foam, microfiber cut pieces, quickly separate bonded multi-layer shoe materials without tearing or scratching finished blanks.
One-piece seamless molding design, no welding cracks or breakage points, durable long service life, reduce frequent tool replacement cost for shoe factories.
Matte anti-rust surface treatment, effectively isolate workshop humid environment, resist sweat, oil and water corrosion, long-term storage without rust spots.
Two length specifications for flexible matching: short pry bar for small-size insole, small lining material separation; long pry bar for large vamp, thick EVA foam multi-layer stacking separation, adapt to all cutting station working demands.
Thickened integrated tail handle, uniform force during prying operation, no slipping off hands, improve workshop operation safety and work efficiency.
Application Fields
This high carbon steel footwear separating pry bar is special consumable hand tool matched with hydraulic shoe cutting machines, widely used in cutting workshops, sample development rooms of all sneaker, casual shoe, safety shoe factories. It is used for separating stacked, mutually bonded shoe raw material cut pieces, including microfiber synthetic leather, suede PU, flyknit fabric, engineering mesh cloth, EVA foam, non-woven interlining, insole sheets, toe puff and heel counter sheets, etc. It is essential auxiliary tool to avoid manual tearing damage to shoe blanks.
Operation Guidance
- After hydraulic cutting machine finishes blanking and cutting shoe materials, place the stacked cut pieces flat on the green cutting rubber pad.
- Hold the thickened handle of the pry bar tightly, align the thin flat bevel blade tip with the gap between two layers of shoe materials, gently push the pry bar into the material gap.
- Slightly tilt the pry bar lever to separate the bonded shoe layers, slowly pull apart the stacked cut pieces; avoid excessive violent prying to prevent blade deformation and material tearing.
- After daily work, wipe off residual rubber foam, leather dust and oil stains on the pry bar surface with clean cloth, coat thin anti-rust oil for storage to extend service life.
- Store the pry bar separately from sharp steel knife molds to prevent blade tip collision and blunting.
Storage Guidance
- Store pry bars in dry, ventilated tool storage cabinet of workshop, avoid long-term placement in damp cutting workshop ground to prevent metal rust.
- Keep away from corrosive chemical solvents, acid and alkali cleaning liquids to avoid surface anti-rust layer damage.
- Do not throw, hit or stack heavy metal objects on the pry bar to prevent bending deformation and blade tip damage.
- For long-term unused batch inventory, wrap each pry bar with anti-rust oil paper before carton sealing storage.
Maintenance Instructions
Daily Maintenance
Wipe surface dust, foam and leather residue after use; check blade tip for bending, blunting and deformation.
Weekly Maintenance
Coat thin anti-rust oil on the whole pry bar surface, polish minor rust spots with fine sandpaper.
Monthly Maintenance
Screen severely bent, cracked or blunt pry bars for replacement, avoid affecting workshop production efficiency.
Usage Precaution
Forbid striking hard steel knife molds, rubber cutting pads with the pry bar as a hammer, which will cause permanent bending and blade breakage.
Recycling Reminder
Worn, deformed waste steel pry bars can be classified as scrap metal for centralized recycling and smelting reuse.
Footwear Separating Pry Bar, High Carbon Steel Material Separation Crowbar For Shoe Factory Cutting Workshop Leather, Flyknit Fabric, EVA Foam Separating
Model: PRY-BAR-SHOE
Specification Parameter Details Raw Material Integral forged high carbon steel, overall quenched hardening Size Options Short Type: 180mm total length; Long Type: 320mm total length Blade Feature Thin flat beveled tip, easy to insert between stacked shoe materials Surface Treatment Matte anti-rust metal finish, wear-resistant & not easy to rust Structure One-piece forming, no welding seam, high bending resistance Single Tool Weight Short pry bar: 110g; Long pry bar: 240g Packaging Single piece packed with anti-rust oil paper, carton bulk packing Quantity Per Export Carton 100 pcs (mixed long & short sizes available) Carton Dimension (L×W×H) 350×220×150 mm Carton Net Weight 17.5 KG Carton Gross Weight 19.2 KG
Key Product Features
Integral forged high carbon steel with overall quenching treatment, high hardness, strong bending resistance, not easy to bend or deform under repeated prying work in cutting workshops.
Ultra-thin flat bevel blade tip, sharp but not sharp enough to cut materials; easily inserts into gaps between stacked leather, flyknit fabric, EVA foam, microfiber cut pieces, quickly separate bonded multi-layer shoe materials without tearing or scratching finished blanks.
One-piece seamless molding design, no welding cracks or breakage points, durable long service life, reduce frequent tool replacement cost for shoe factories.
Matte anti-rust surface treatment, effectively isolate workshop humid environment, resist sweat, oil and water corrosion, long-term storage without rust spots.
Two length specifications for flexible matching: short pry bar for small-size insole, small lining material separation; long pry bar for large vamp, thick EVA foam multi-layer stacking separation, adapt to all cutting station working demands.
Thickened integrated tail handle, uniform force during prying operation, no slipping off hands, improve workshop operation safety and work efficiency.
Application Fields
This high carbon steel footwear separating pry bar is special consumable hand tool matched with hydraulic shoe cutting machines, widely used in cutting workshops, sample development rooms of all sneaker, casual shoe, safety shoe factories. It is used for separating stacked, mutually bonded shoe raw material cut pieces, including microfiber synthetic leather, suede PU, flyknit fabric, engineering mesh cloth, EVA foam, non-woven interlining, insole sheets, toe puff and heel counter sheets, etc. It is essential auxiliary tool to avoid manual tearing damage to shoe blanks.
Operation Guidance
- After hydraulic cutting machine finishes blanking and cutting shoe materials, place the stacked cut pieces flat on the green cutting rubber pad.
- Hold the thickened handle of the pry bar tightly, align the thin flat bevel blade tip with the gap between two layers of shoe materials, gently push the pry bar into the material gap.
- Slightly tilt the pry bar lever to separate the bonded shoe layers, slowly pull apart the stacked cut pieces; avoid excessive violent prying to prevent blade deformation and material tearing.
- After daily work, wipe off residual rubber foam, leather dust and oil stains on the pry bar surface with clean cloth, coat thin anti-rust oil for storage to extend service life.
- Store the pry bar separately from sharp steel knife molds to prevent blade tip collision and blunting.
Storage Guidance
- Store pry bars in dry, ventilated tool storage cabinet of workshop, avoid long-term placement in damp cutting workshop ground to prevent metal rust.
- Keep away from corrosive chemical solvents, acid and alkali cleaning liquids to avoid surface anti-rust layer damage.
- Do not throw, hit or stack heavy metal objects on the pry bar to prevent bending deformation and blade tip damage.
- For long-term unused batch inventory, wrap each pry bar with anti-rust oil paper before carton sealing storage.
Maintenance Instructions
Daily Maintenance
Wipe surface dust, foam and leather residue after use; check blade tip for bending, blunting and deformation.
Weekly Maintenance
Coat thin anti-rust oil on the whole pry bar surface, polish minor rust spots with fine sandpaper.
Monthly Maintenance
Screen severely bent, cracked or blunt pry bars for replacement, avoid affecting workshop production efficiency.
Usage Precaution
Forbid striking hard steel knife molds, rubber cutting pads with the pry bar as a hammer, which will cause permanent bending and blade breakage.
Recycling Reminder
Worn, deformed waste steel pry bars can be classified as scrap metal for centralized recycling and smelting reuse.
Footwear Separating Pry Bar, High Carbon Steel Material Separation Crowbar For Shoe Factory Cutting Workshop Leather, Flyknit Fabric, EVA Foam Separating
Model: PRY-BAR-SHOE
Specification Parameter Details Raw Material Integral forged high carbon steel, overall quenched hardening Size Options Short Type: 180mm total length; Long Type: 320mm total length Blade Feature Thin flat beveled tip, easy to insert between stacked shoe materials Surface Treatment Matte anti-rust metal finish, wear-resistant & not easy to rust Structure One-piece forming, no welding seam, high bending resistance Single Tool Weight Short pry bar: 110g; Long pry bar: 240g Packaging Single piece packed with anti-rust oil paper, carton bulk packing Quantity Per Export Carton 100 pcs (mixed long & short sizes available) Carton Dimension (L×W×H) 350×220×150 mm Carton Net Weight 17.5 KG Carton Gross Weight 19.2 KG
Key Product Features
Integral forged high carbon steel with overall quenching treatment, high hardness, strong bending resistance, not easy to bend or deform under repeated prying work in cutting workshops.
Ultra-thin flat bevel blade tip, sharp but not sharp enough to cut materials; easily inserts into gaps between stacked leather, flyknit fabric, EVA foam, microfiber cut pieces, quickly separate bonded multi-layer shoe materials without tearing or scratching finished blanks.
One-piece seamless molding design, no welding cracks or breakage points, durable long service life, reduce frequent tool replacement cost for shoe factories.
Matte anti-rust surface treatment, effectively isolate workshop humid environment, resist sweat, oil and water corrosion, long-term storage without rust spots.
Two length specifications for flexible matching: short pry bar for small-size insole, small lining material separation; long pry bar for large vamp, thick EVA foam multi-layer stacking separation, adapt to all cutting station working demands.
Thickened integrated tail handle, uniform force during prying operation, no slipping off hands, improve workshop operation safety and work efficiency.
Application Fields
This high carbon steel footwear separating pry bar is special consumable hand tool matched with hydraulic shoe cutting machines, widely used in cutting workshops, sample development rooms of all sneaker, casual shoe, safety shoe factories. It is used for separating stacked, mutually bonded shoe raw material cut pieces, including microfiber synthetic leather, suede PU, flyknit fabric, engineering mesh cloth, EVA foam, non-woven interlining, insole sheets, toe puff and heel counter sheets, etc. It is essential auxiliary tool to avoid manual tearing damage to shoe blanks.
Operation Guidance
- After hydraulic cutting machine finishes blanking and cutting shoe materials, place the stacked cut pieces flat on the green cutting rubber pad.
- Hold the thickened handle of the pry bar tightly, align the thin flat bevel blade tip with the gap between two layers of shoe materials, gently push the pry bar into the material gap.
- Slightly tilt the pry bar lever to separate the bonded shoe layers, slowly pull apart the stacked cut pieces; avoid excessive violent prying to prevent blade deformation and material tearing.
- After daily work, wipe off residual rubber foam, leather dust and oil stains on the pry bar surface with clean cloth, coat thin anti-rust oil for storage to extend service life.
- Store the pry bar separately from sharp steel knife molds to prevent blade tip collision and blunting.
Storage Guidance
- Store pry bars in dry, ventilated tool storage cabinet of workshop, avoid long-term placement in damp cutting workshop ground to prevent metal rust.
- Keep away from corrosive chemical solvents, acid and alkali cleaning liquids to avoid surface anti-rust layer damage.
- Do not throw, hit or stack heavy metal objects on the pry bar to prevent bending deformation and blade tip damage.
- For long-term unused batch inventory, wrap each pry bar with anti-rust oil paper before carton sealing storage.
Maintenance Instructions
Daily Maintenance
Wipe surface dust, foam and leather residue after use; check blade tip for bending, blunting and deformation.
Weekly Maintenance
Coat thin anti-rust oil on the whole pry bar surface, polish minor rust spots with fine sandpaper.
Monthly Maintenance
Screen severely bent, cracked or blunt pry bars for replacement, avoid affecting workshop production efficiency.
Usage Precaution
Forbid striking hard steel knife molds, rubber cutting pads with the pry bar as a hammer, which will cause permanent bending and blade breakage.
Recycling Reminder
Worn, deformed waste steel pry bars can be classified as scrap metal for centralized recycling and smelting reuse.
Footwear Separating Pry Bar, High Carbon Steel Material Separation Crowbar For Shoe Factory Cutting Workshop Leather, Flyknit Fabric, EVA Foam Separating
Model: PRY-BAR-SHOE
Specification Parameter Details Raw Material Integral forged high carbon steel, overall quenched hardening Size Options Short Type: 180mm total length; Long Type: 320mm total length Blade Feature Thin flat beveled tip, easy to insert between stacked shoe materials Surface Treatment Matte anti-rust metal finish, wear-resistant & not easy to rust Structure One-piece forming, no welding seam, high bending resistance Single Tool Weight Short pry bar: 110g; Long pry bar: 240g Packaging Single piece packed with anti-rust oil paper, carton bulk packing Quantity Per Export Carton 100 pcs (mixed long & short sizes available) Carton Dimension (L×W×H) 350×220×150 mm Carton Net Weight 17.5 KG Carton Gross Weight 19.2 KG
Key Product Features
Integral forged high carbon steel with overall quenching treatment, high hardness, strong bending resistance, not easy to bend or deform under repeated prying work in cutting workshops.
Ultra-thin flat bevel blade tip, sharp but not sharp enough to cut materials; easily inserts into gaps between stacked leather, flyknit fabric, EVA foam, microfiber cut pieces, quickly separate bonded multi-layer shoe materials without tearing or scratching finished blanks.
One-piece seamless molding design, no welding cracks or breakage points, durable long service life, reduce frequent tool replacement cost for shoe factories.
Matte anti-rust surface treatment, effectively isolate workshop humid environment, resist sweat, oil and water corrosion, long-term storage without rust spots.
Two length specifications for flexible matching: short pry bar for small-size insole, small lining material separation; long pry bar for large vamp, thick EVA foam multi-layer stacking separation, adapt to all cutting station working demands.
Thickened integrated tail handle, uniform force during prying operation, no slipping off hands, improve workshop operation safety and work efficiency.
Application Fields
This high carbon steel footwear separating pry bar is special consumable hand tool matched with hydraulic shoe cutting machines, widely used in cutting workshops, sample development rooms of all sneaker, casual shoe, safety shoe factories. It is used for separating stacked, mutually bonded shoe raw material cut pieces, including microfiber synthetic leather, suede PU, flyknit fabric, engineering mesh cloth, EVA foam, non-woven interlining, insole sheets, toe puff and heel counter sheets, etc. It is essential auxiliary tool to avoid manual tearing damage to shoe blanks.
Operation Guidance
- After hydraulic cutting machine finishes blanking and cutting shoe materials, place the stacked cut pieces flat on the green cutting rubber pad.
- Hold the thickened handle of the pry bar tightly, align the thin flat bevel blade tip with the gap between two layers of shoe materials, gently push the pry bar into the material gap.
- Slightly tilt the pry bar lever to separate the bonded shoe layers, slowly pull apart the stacked cut pieces; avoid excessive violent prying to prevent blade deformation and material tearing.
- After daily work, wipe off residual rubber foam, leather dust and oil stains on the pry bar surface with clean cloth, coat thin anti-rust oil for storage to extend service life.
- Store the pry bar separately from sharp steel knife molds to prevent blade tip collision and blunting.
Storage Guidance
- Store pry bars in dry, ventilated tool storage cabinet of workshop, avoid long-term placement in damp cutting workshop ground to prevent metal rust.
- Keep away from corrosive chemical solvents, acid and alkali cleaning liquids to avoid surface anti-rust layer damage.
- Do not throw, hit or stack heavy metal objects on the pry bar to prevent bending deformation and blade tip damage.
- For long-term unused batch inventory, wrap each pry bar with anti-rust oil paper before carton sealing storage.
Maintenance Instructions
Footwear Separating Pry Bar, High Carbon Steel Material Separation Crowbar For Shoe Factory Cutting Workshop Leather, Flyknit Fabric, EVA Foam Separating
Model: PRY-BAR-SHOE
| Specification | Parameter Details |
|---|---|
| Raw Material | Integral forged high carbon steel, overall quenched hardening |
| Size Options | Short Type: 180mm total length; Long Type: 320mm total length |
| Blade Feature | Thin flat beveled tip, easy to insert between stacked shoe materials |
| Surface Treatment | Matte anti-rust metal finish, wear-resistant & not easy to rust |
| Structure | One-piece forming, no welding seam, high bending resistance |
| Single Tool Weight | Short pry bar: 110g; Long pry bar: 240g |
| Packaging | Single piece packed with anti-rust oil paper, carton bulk packing |
| Quantity Per Export Carton | 100 pcs (mixed long & short sizes available) |
| Carton Dimension (L×W×H) | 350×220×150 mm |
| Carton Net Weight | 17.5 KG |
| Carton Gross Weight | 19.2 KG |
Key Product Features
Application Fields
This high carbon steel footwear separating pry bar is special consumable hand tool matched with hydraulic shoe cutting machines, widely used in cutting workshops, sample development rooms of all sneaker, casual shoe, safety shoe factories. It is used for separating stacked, mutually bonded shoe raw material cut pieces, including microfiber synthetic leather, suede PU, flyknit fabric, engineering mesh cloth, EVA foam, non-woven interlining, insole sheets, toe puff and heel counter sheets, etc. It is essential auxiliary tool to avoid manual tearing damage to shoe blanks.
Operation Guidance
- After hydraulic cutting machine finishes blanking and cutting shoe materials, place the stacked cut pieces flat on the green cutting rubber pad.
- Hold the thickened handle of the pry bar tightly, align the thin flat bevel blade tip with the gap between two layers of shoe materials, gently push the pry bar into the material gap.
- Slightly tilt the pry bar lever to separate the bonded shoe layers, slowly pull apart the stacked cut pieces; avoid excessive violent prying to prevent blade deformation and material tearing.
- After daily work, wipe off residual rubber foam, leather dust and oil stains on the pry bar surface with clean cloth, coat thin anti-rust oil for storage to extend service life.
- Store the pry bar separately from sharp steel knife molds to prevent blade tip collision and blunting.
Storage Guidance
- Store pry bars in dry, ventilated tool storage cabinet of workshop, avoid long-term placement in damp cutting workshop ground to prevent metal rust.
- Keep away from corrosive chemical solvents, acid and alkali cleaning liquids to avoid surface anti-rust layer damage.
- Do not throw, hit or stack heavy metal objects on the pry bar to prevent bending deformation and blade tip damage.
- For long-term unused batch inventory, wrap each pry bar with anti-rust oil paper before carton sealing storage.
Maintenance InstructionsDaily Maintenance
Wipe surface dust, foam and leather residue after use; check blade tip for bending, blunting and deformation.
Weekly Maintenance
Coat thin anti-rust oil on the whole pry bar surface, polish minor rust spots with fine sandpaper.
Monthly Maintenance
Screen severely bent, cracked or blunt pry bars for replacement, avoid affecting workshop production efficiency.
Usage Precaution
Forbid striking hard steel knife molds, rubber cutting pads with the pry bar as a hammer, which will cause permanent bending and blade breakage.
Recycling Reminder
Worn, deformed waste steel pry bars can be classified as scrap metal for centralized recycling and smelting reuse.
