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| Brand Name: | BeiShun |
| Model Number: | XLB-500*500/1.0MN |
| MOQ: | 1 set |
| Price: | Negotiable |
| Packaging Details: | Wooden box /Container |
| Payment Terms: | L/C, T/T |
5.5kw 1MN Clamping Force Radiator Rubber Hose Connector Making Machine / Rubber Vulcanizing Machine
A radiator hose connector vulcanizing press machine is specialized equipment used to manufacture or repair rubber hose connectors for automotive, industrial, or HVAC cooling systems. The machine vulcanizes rubber (typically EPDM, Nitrile, or Silicone) with metal or plastic fittings to create leak-proof, heat-resistant, and durable hose connectors.
Heating System
Electric, steam, or oil heating with precise temperature control (typically 150°C–200°C).
Ensures uniform curing for strong rubber-to-metal/plastic bonding.
Hydraulic or Pneumatic Press
Applies high pressure (10–25 MPa) to eliminate air gaps and ensure proper adhesion.
May include automatic pressure adjustment for consistent quality.
Customizable Molds
Interchangeable molds for different hose sizes (e.g., 1/2" to 4" diameter) and shapes (straight, elbow, T-shaped).
Made from hardened steel or aluminum for durability.
Control System
PLC or touchscreen interface for setting vulcanization time, temperature, and pressure.
Some models include auto-demolding and cooling cycles.
Safety & Efficiency
Overheat protection, emergency stop, and pressure relief valves.
Energy-efficient designs to reduce power consumption.
Manual Vulcanizing Press – Small-scale production or repair shops.
Semi-Automatic Press – Medium-scale production with partial automation.
Fully Automatic Vulcanizing Line – High-volume manufacturing with robotic loading/unloading.
Automotive radiators & coolant hoses
Industrial hydraulic & pneumatic systems
HVAC refrigeration lines
Marine & agricultural equipment hoses
✔ Production Volume – Manual for repairs, automatic for mass production.
✔ Material Compatibility – EPDM for heat resistance, Nitrile for oil resistance.
✔ Mold Flexibility – Ability to switch between different connector designs.
✔ Energy Source – Electric (common), steam (for large-scale operations).
Would you like recommendations for specific brands or technical specs based on your production needs?
II. Technical parameter
| Model | 100T full automatic |
| structure | Single type four column |
| Nominal clamping mould force | 1000KN |
| Max working oil pressure | 16 |
| Hot plate size | 600*600 |
| Hot plate space | 125mm |
| Working layers | 1 |
| main cylinder plunger stroke | 500 |
| Main cylinder type | Single acting with slave cylinders |
| Heating mode | electrical heated tube |
| Hot plate pressure per unit area | 2.8 |
| Open mould type | Up and down-out and in mould-3RT open mould |
| Motor power | 3kw |
| Outline dimension | 2070x1050x2530mm |
| Weight | 1900kgs |
Here’s a structured FAQ (Frequently Asked Questions) section for a Radiator Hose Connector Vulcanizing Press Machine:
It is a specialized press that uses heat, pressure, and time to bond rubber (EPDM, Nitrile, Silicone) to metal/plastic fittings, creating durable, leak-proof hose connectors for automotive, industrial, and HVAC systems.
Common materials:
EPDM (for heat & weather resistance).
Nitrile (NBR) (for oil & fuel resistance).
Silicone (for high-temperature applications).
Neoprene (for abrasion resistance).
Temperature: Typically 150°C–200°C (varies by rubber type).
Pressure: Usually 10–25 MPa (depends on hose size & material).
Cycle time: Ranges from 3–15 minutes, depending on rubber thickness and curing requirements.
Yes, with interchangeable molds, it can make:
Straight, elbow (90°/45°), T-shaped, or custom connectors.
Sizes from 1/2 inch to 4 inches (or larger for industrial hoses).
Manual: Operator loads/unloads parts (low volume).
Semi-auto: Automated pressure & temperature control (medium volume).
Fully auto: Robotic handling for mass production.
Regular cleaning of molds, checking hydraulic oil, and inspecting heating elements.
Lubricate moving parts and calibrate pressure/temperature sensors periodically.
Overheat protection, emergency stop, pressure relief valves, and safety interlocks.
Yes, it can re-vulcanize worn or cracked connectors if the rubber is not fully degraded.
Automotive (radiator/coolant hoses).
HVAC & refrigeration.
Industrial hydraulics/pneumatics.
Marine & agriculture.
Consider:
Production volume (small batches vs. mass production).
Material type (EPDM, Nitrile, etc.).
Mold flexibility (need for custom shapes).
Budget (manual vs. automatic).
Many vulcanizing machine suppliers offer custom mold fabrication.
Typically 220V–380V, depending on size (small manual presses may run on 220V).
Yes, with the right molds, it can vulcanize gaskets, seals, or other rubber-metal bonded parts.
If you have additional questions about machine specifications, pricing, or installation, feel free to ask! Would you like recommendations for reliable manufacturers?
|
|
| Brand Name: | BeiShun |
| Model Number: | XLB-500*500/1.0MN |
| MOQ: | 1 set |
| Price: | Negotiable |
| Packaging Details: | Wooden box /Container |
| Payment Terms: | L/C, T/T |
5.5kw 1MN Clamping Force Radiator Rubber Hose Connector Making Machine / Rubber Vulcanizing Machine
A radiator hose connector vulcanizing press machine is specialized equipment used to manufacture or repair rubber hose connectors for automotive, industrial, or HVAC cooling systems. The machine vulcanizes rubber (typically EPDM, Nitrile, or Silicone) with metal or plastic fittings to create leak-proof, heat-resistant, and durable hose connectors.
Heating System
Electric, steam, or oil heating with precise temperature control (typically 150°C–200°C).
Ensures uniform curing for strong rubber-to-metal/plastic bonding.
Hydraulic or Pneumatic Press
Applies high pressure (10–25 MPa) to eliminate air gaps and ensure proper adhesion.
May include automatic pressure adjustment for consistent quality.
Customizable Molds
Interchangeable molds for different hose sizes (e.g., 1/2" to 4" diameter) and shapes (straight, elbow, T-shaped).
Made from hardened steel or aluminum for durability.
Control System
PLC or touchscreen interface for setting vulcanization time, temperature, and pressure.
Some models include auto-demolding and cooling cycles.
Safety & Efficiency
Overheat protection, emergency stop, and pressure relief valves.
Energy-efficient designs to reduce power consumption.
Manual Vulcanizing Press – Small-scale production or repair shops.
Semi-Automatic Press – Medium-scale production with partial automation.
Fully Automatic Vulcanizing Line – High-volume manufacturing with robotic loading/unloading.
Automotive radiators & coolant hoses
Industrial hydraulic & pneumatic systems
HVAC refrigeration lines
Marine & agricultural equipment hoses
✔ Production Volume – Manual for repairs, automatic for mass production.
✔ Material Compatibility – EPDM for heat resistance, Nitrile for oil resistance.
✔ Mold Flexibility – Ability to switch between different connector designs.
✔ Energy Source – Electric (common), steam (for large-scale operations).
Would you like recommendations for specific brands or technical specs based on your production needs?
II. Technical parameter
| Model | 100T full automatic |
| structure | Single type four column |
| Nominal clamping mould force | 1000KN |
| Max working oil pressure | 16 |
| Hot plate size | 600*600 |
| Hot plate space | 125mm |
| Working layers | 1 |
| main cylinder plunger stroke | 500 |
| Main cylinder type | Single acting with slave cylinders |
| Heating mode | electrical heated tube |
| Hot plate pressure per unit area | 2.8 |
| Open mould type | Up and down-out and in mould-3RT open mould |
| Motor power | 3kw |
| Outline dimension | 2070x1050x2530mm |
| Weight | 1900kgs |
Here’s a structured FAQ (Frequently Asked Questions) section for a Radiator Hose Connector Vulcanizing Press Machine:
It is a specialized press that uses heat, pressure, and time to bond rubber (EPDM, Nitrile, Silicone) to metal/plastic fittings, creating durable, leak-proof hose connectors for automotive, industrial, and HVAC systems.
Common materials:
EPDM (for heat & weather resistance).
Nitrile (NBR) (for oil & fuel resistance).
Silicone (for high-temperature applications).
Neoprene (for abrasion resistance).
Temperature: Typically 150°C–200°C (varies by rubber type).
Pressure: Usually 10–25 MPa (depends on hose size & material).
Cycle time: Ranges from 3–15 minutes, depending on rubber thickness and curing requirements.
Yes, with interchangeable molds, it can make:
Straight, elbow (90°/45°), T-shaped, or custom connectors.
Sizes from 1/2 inch to 4 inches (or larger for industrial hoses).
Manual: Operator loads/unloads parts (low volume).
Semi-auto: Automated pressure & temperature control (medium volume).
Fully auto: Robotic handling for mass production.
Regular cleaning of molds, checking hydraulic oil, and inspecting heating elements.
Lubricate moving parts and calibrate pressure/temperature sensors periodically.
Overheat protection, emergency stop, pressure relief valves, and safety interlocks.
Yes, it can re-vulcanize worn or cracked connectors if the rubber is not fully degraded.
Automotive (radiator/coolant hoses).
HVAC & refrigeration.
Industrial hydraulics/pneumatics.
Marine & agriculture.
Consider:
Production volume (small batches vs. mass production).
Material type (EPDM, Nitrile, etc.).
Mold flexibility (need for custom shapes).
Budget (manual vs. automatic).
Many vulcanizing machine suppliers offer custom mold fabrication.
Typically 220V–380V, depending on size (small manual presses may run on 220V).
Yes, with the right molds, it can vulcanize gaskets, seals, or other rubber-metal bonded parts.
If you have additional questions about machine specifications, pricing, or installation, feel free to ask! Would you like recommendations for reliable manufacturers?
