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Description
From:
The Gates Hybrid Polymer Air Hose provides high flexibility and is kink resistant.
- Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 140°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends
To:
The Gates Hybrid Polymer Air Hose provides high flexibility and is kink resistant.
- Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 170°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends
Last Modified:
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The Gates Hybrid Polymer Air Hose provides high flexibility and is kink resistant.
- Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 140°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends |
The Gates Hybrid Polymer Air Hose provides high flexibility and is kink resistant.
- Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 170°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends |
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Kristina Lee |
| 2 |
Description
From:
Combining extensive customer feedback and engineering, Gates has created a superior hybrid polymer air hose. No longer forced to fight kinks, curls and inflexibility, this easy-to-use solution makes the job easier with every torque, cut or grind. - Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 140°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends
To:
The Gates Hybrid Polymer Air Hose provides high flexibility and is kink resistant.
- Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 140°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends
Last Modified:
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Combining extensive customer feedback and engineering, Gates has created a superior hybrid polymer air hose. No longer forced to fight kinks, curls and inflexibility, this easy-to-use solution makes the job easier with every torque, cut or grind. - Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 140°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends |
The Gates Hybrid Polymer Air Hose provides high flexibility and is kink resistant.
- Lightweight, extremely flexible construction - Zero memory, allowing it to lay completely flat - Superior bend radius - High abrasion and chemical resistance - Kink resistant, even under pressure - Extreme flexibility, even in extreme cold (-40°F to 140°F) - Easy coiling after use - All fittings and ferrules are 100% brass - Heavy-duty PVC bend restrictors on both ends |
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Scott Brown |
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Kristina Lee |
