Product Code: TPE100C TOYOTOP-E100°C HOSE
- RoHS2 Certified
TOYOTOP-E100°C Hose (heat-resistant, wear-resistant, anti-static)
TOYOTOP-E 100°C Hoses are heat-resistant, wear-resistant, anti-static hoses that are ideal for the transport of high-temperature resin pellets in resin molding plants. With heat resistance performance up to 100°C, they can be used for suction and pressure feeds of engineering-plastic powder and granular materials after predrying. Hoses bending and collapsing due to high temperatures can be prevented.In addition to fewer holes in hoses and contamination risks due to fragments of hoses and grounding wires (copper wires), productivity can also be improved by preventing raw material clogging, etc., due to static electricity. Reinforcement with metal wire allows for stable transport with excellent shape retention even at high temperatures, and the use of wear-resistant special urethane for the inner surface of the hoses provides at least three times the durability of conventional products (TOYOX product comparison).
Unlike hoses with general anti-static agents added, the structure of this hose integrates metal wires which accumulate static electricity and an anti-static band with a grounding function, allowing them to maintain stable anti-static effects over the long term. The hoses have a seamless interior structure which helps prevent plastic powder clogging.
Grounding is also simple. Mounting the dedicated grounding clip on the anti-static band which runs through the hose exterior is all that is required, reducing work time.
Click here for comparison data of the state of bending/collapse of hoses
Click here for hose wear comparison data
Click here for a comparison of the anti-static effect of hose
♦ For antistatic hoses ideal for food powder transport, click here.
♦ For antistatic hoses emphasizing chemical and oil resistance, click here.
♦ For antistatic hoses for resin pellet transport with heat resistance up to 50°C, click here.
Important
* Do not use with fluids other than plastic powder and granular materials
* For efficient long-term anti-static effects, use the dedicated grounding clip
* After attaching the clip, check the continuity with a tester or similar device that has a measurement range of at least ×10K.
(For the mounting method, see here.)
- Guidance
- Use Example
- Standards Chart by Size
Use | : | Engineering plastic type powder and granular materials (for high-temperature transport in drying equipment, etc.) |
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Fluid | : | Powders |
Function | : |
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Certifications | : |
RoHS2 Compliant |
Method | : |
Primary Material: Special Polyruethane Materials: Hard steel wire Diameter: 32mm to 76.2mm Temperature Range: -5℃ ~100℃ |
Feature:
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Hose bending and collapse due to high temperatures is prevented
- With heat resistance performance up to 100°C, these hoses can be used for suction and pressure feeds of engineering-plastic type powder and granular materials after predrying.
- Reinforcement using metal wire with excellent shape retention prevents hose bending or collapse even at high temperatures, allowing for stable transport.
(For comparison test results, see here.) - Excellent flexibility also makes piping work easy.
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Holes and foreign matter contamination due to wear are prevented
- Wear-resistant special urethane resin is used for the inner surface of the hose.This provides at least 3 times the durability of conventional products. * TOYOX product comparison
(For comparison test results, see here.) - Prevents molding defects due to contamination with fragments of hose or grounding wire (copper wire)
- Long life helps reduce hose replacement frequency
- Wear-resistant special urethane resin is used for the inner surface of the hose.This provides at least 3 times the durability of conventional products. * TOYOX product comparison
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Transport issues due to static electricity are effectively prevented
- The structure integrates a metal wire which accumulates static electricity and an anti-static band with a grounding function to provide excellent anti-static effects.
(For standard testing results, see here.)
(For details of the anti-static structure, see here.) - Prevents transport issues such as uneven color due to raw material adhesion
- Grounding is simple. Just mount a dedicated grounding clip on the anti-static band running through the hose exterior.
(For the mounting method, see here.)
- The structure integrates a metal wire which accumulates static electricity and an anti-static band with a grounding function to provide excellent anti-static effects.
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Prevents production issues due to foreign matter contamination
- Plastic powder is less likely to accumulate inside the hose as it is smooth and seamless.
(For details of the seamless structure, see here) - Prevents grounding thread (lead wire) contamination, as grounding threads (lead wires) are not used in the hose exterior. * TOYOX product comparison
- Highly transparent material makes fluids visible for safe and secure operation
- Plastic powder is less likely to accumulate inside the hose as it is smooth and seamless.
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They comply with various laws and regulations regarding safety and security
- Safe and secure thanks to its compliance with RoHS2 regulations.
* This hose does not use phthalate plasticizers
Related Videos:
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Durability comparison during high temperature transport
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Comparison of charged particles
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Grounding clip mounting method
Worksite Improvement Case Studies
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Improved wear resistance prevents holes from forming and foreign matter from entering
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The improved anti-static design shortens cleaning times for greater work efficiency
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Improved wear resistance prevents holes from forming and foreign matter from entering
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Reduced hose degradation and improved production by increasing heat resistance, and increased efficiency by reducing how frequently parts need to be replaced.
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Heat leads to hose collapse, preventing stable supply of raw materials
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Hose interior material wears away, causing holes and requiring frequent hose replacement
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Friction opens up holes in the hose, preventing stable supply of raw materials.
Standards Chart by Size: Temperature Range -5℃ ~ 100℃
Product Code | Inner dia. x Outer dia. (mm) |
Use pressure 50℃ (MPa) |
Use pressure 100℃ (MPa) |
Standard weight (kg/roll) |
Standard length (m) |
Minimum bend radius (mm) |
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TPE100C-32 | 32×44.6 | -0.1 to 0.2 | -0.03 to 0.1 | 15.1 | 20 | 260 |
TPE100C-38 | 38×50.6 | -0.1 to 0.2 | -0.03 to 0.1 | 17.6 | 20 | 300 |
TPE100C-50 | 50.8×64.5 | -0.1 to 0.2 | -0.03~0.1 | 26.1 | 20 | 400 |
TPE100C-63 | 63.5×80.7 | -0.05 to 0.1 | -0.03 to 0.05 | 36.7 | 20 | 500 |
TPE100C-75 | 76.2×93.6 | -0.05 to 0.1 | -0.03 to 0.05 | 45.3 | 20 | 600 |
For barb fittings, use a nipple diameter 5% to 15% larger than the inner diameter of the hose (depending on the hose inner diameter).
* Click here for a simple size chart
Grounding clip (TFE/TPE100C)
Part Number | Applicable hose | Packing unit (pc) |
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* This is not a hose clamp. |
TFEC-32 | TOYOTOP-E100°C-32 | 10 |
TFEC-38 | TOYOTOP-E100°C-38 | ||
TFEC-50 | TOYOTOP-E100°C-50 | ||
TFEC-63 | TOYOTOP-E100°C-63 | 50 | |
TFEC-75 | TOYOTOP-E100°C-75 |
Genuine Couplings : 6 | Coupling Name | KAMLOK COUPLER | KAMLOK COUPLER | KAMLOK TWINLOK TYPE COUPLER | KAMLOK TWINLOK TYPE COUPLER | KAMLOK ADAPTER | KAMLOK ADAPTER | |
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Hose Size | Hose Connection | Hoseband | Hoseband | Hoseband | Hoseband | Hoseband | Hoseband | |
Coupling Specification | Coupler | Coupler | Coupler | Coupler | Adapter | Adapter | ||
Primary Material | Aluminum Alloy | SUS | Aluminum Alloy | SUS | Aluminum Alloy | SUS | ||
Product no. | 633-C-AL | 633-C-SST | 633-CL-AL | 633-CL-SST | 633-E-AL | 633-E-SST | ||
Certification |
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Hoses Product Code |
Inner dia. (mm) |
Outer dia. (mm) |
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TPE100C-32 | 32 | 44.6 | ◯ | ◯ | ◯ | ◯ | ◯ | ◯ |
TPE100C-38 | 38 | 50.6 | ◯ | ◯ | ◯ | ◯ | ◯ | ◯ |
TPE100C-50 | 50.8 | 64.5 | ◯ | ◯ | ◯ | ◯ | ◯ | ◯ |
TPE100C-63 | 63.5 | 80.7 | ◯ | ◯ | ◯ | ◯ | ◯ | ◯ |
TPE100C-75 | 76.2 | 93.6 | ◯ | ◯ | ◯ | ◯ | ◯ | ◯ |