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HY 1" Thermoplastic R7
Item No. 42001416
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The Ferrule thermoplastic R7/R8 is a steel ferrule designed for hydraulic couplings, specifically featuring a non-skive function. This durable component ensures reliable and secure connections in hydraulic systems, combining robust material quality with precise engineering for optimal performance.
Description
The Ferrule thermoplastic R7/R8 is a steel ferrule designed for hydraulic couplings, specifically featuring a non-skive function. This durable component ensures reliable and secure connections in hydraulic systems, combining robust material quality with precise engineering for optimal performance.
Specifications
- Connection 1 - Size
- 1"
- Technical - Material
- Steel
- Coupling - Function
- Ferrule Non Skive
- Product description - External
- HY 1" Thermoplastic R7
- Product model - Description
- The Ferrule thermoplastic R7/R8 is a steel ferrule designed for hydraulic couplings, specifically featuring a non-skive function. This durable component ensures reliable and secure connections in hydraulic systems, combining robust material quality with precise engineering for optimal performance.
- Article - Weight - Internal
- 0.12 Kilogram
Related RELATED
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HY 1" Thermoplastic R7
Item No. 42001416
The Ferrule thermoplastic R7/R8 is a steel ferrule designed for hydraulic couplings, specifically featuring a non-skive function. This durable component ensures reliable and secure connections in hydraulic systems, combining robust material quality with precise engineering for optimal performance.
Specifications
- Connection 1 - Size
- 1"
- Technical - Material
- Steel
- Coupling - Function
- Ferrule Non Skive
- Product description - External
- HY 1" Thermoplastic R7
- Product model - Description
- The Ferrule thermoplastic R7/R8 is a steel ferrule designed for hydraulic couplings, specifically featuring a non-skive function. This durable component ensures reliable and secure connections in hydraulic systems, combining robust material quality with precise engineering for optimal performance.
- Article - Weight - Internal
- 0.12 Kilogram
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