Freudenberg-NOK
Plymouth, MI 48170
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Freudenberg Batteries from XALT Energy Will Power First All-Electric Ferry in New Zealand
Weinheim (Germany), April 22, 2021. When New Zealand’s first all-electric ferry leaves the dock in Wellington Harbor, in the very near future, lithium-ion batteries supplied by Freudenberg Sealing Technologies’ XALT Energy organization will ensure that passengers experience a clean, quiet voyage. The batteries have been integrated into the ship’s design by the McKay Group, an...
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Battery Cells Manufactured by Freudenberg Power Stationary Energy Systems
XALT Energy and Commeo GmbH launch strategic partnership Weinheim (Germany), December 8, 2020. The Freudenberg Group’s lithium-ion battery operation, XALT Energy, is supplying high-performance battery pouch cells to Commeo GmbH, under the terms of a long-term purchasing agreement. The cells are being used in Commeo’s stationary energy storage systems. Commeo, a German energy system...
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Advanced Material Technology Helps Gas Meter Industry Eliminate Leaks
Weinheim (Germany), October 6, 2020. In the safety-driven natural gas industry, system leaks are a dangerous and costly issue. Residential gas meters and regulators, in particular, are at risk when crucial components such as diaphragms are not optimally designed and manufactured for the environment in which they will work. An advanced polymer technology, trademarked by Freudenberg Sealing...
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New Hygienic Forseal and Pressure Seal is Designed for High Pressures in Food Technology
Features reduced friction, dead-space-free design and longer service life. Uses Quantum® PTFE combined with high-performance elastomer. Prevents the collection and settling of product residues and micro-organisms in undercuts.
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New Main Rod Seal is Free of Dead Space and Prevents Residue Infiltration
Incorporates Freudenberg technology with advanced component design that is compatible with other industrial high-pressure valves. Combines sealing lip, manufactured from EPDM 302 or Fluoroprene® XP 43, with a backup ring made of PTFE. Product is 3-A® compliant and capable of handling high-pressure of up to 150 bar.
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New Pressure Compensation Element Used by ABT e-line Vehicles
Handles the technically-demanding task of managing both functions with a single component. Ensures that the housing does not deform when the air pressure changes during uphill and downhill driving. Produces all-electric e-Caddy and e-Transporter vans to deliver emission-free transportation and passenger movement.
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New Seal with Integrated Bearing Reduces Load and Vibration
Seal protects the sensor from penetration of dust, splash water and other media over the entire service life of the vehicle. Contains 35 percent less friction which reduces resistance during steering. Bearing withstands significant mechanical loads, sometimes as much as 3,000 Newton of radial force.
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New Levitorq Axial Thrust Washers Based on Hydrodynamic Oil Film Technology
Scoop feature moves fluid under washer to enable the application to run at high critical speeds up to 10,000 rpm and pressures without failure. Collects and push lubrication under the washer to enable high critical speeds and improved performance. Reduces weight, decrease friction and improves thickness/flatness control.
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New 75 FKM 585 Plus Coating Designed for Low Wear at High Revolution
Achieves optimum lubrication in gears and pumps with synthetic lubricants. Forms a flexible bond with the elastomer of the seal. Layer thickness of coating is a few hundred nanometers and its properties meet the standards of the manufacturers of industrial gear units with regard to oil/elastomer requirements.
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New Wedge-Shaped Seal Simplifies Installation During Absorber Manufacturing Process
Responds sensitively to bumps and other stimuli which improves the vehicle’s handling. Reduces the operational temperature of sealing system by 2 to 4°C. Top-facing conical contour design supports the component at the housing and appears wedge shaped in cross-section.
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Freudenberg Batteries from XALT Energy Will Power First All-Electric Ferry in New Zealand
Weinheim (Germany), April 22, 2021. When New Zealand’s first all-electric ferry leaves the dock in Wellington Harbor, in the very near future, lithium-ion batteries supplied by Freudenberg Sealing Technologies’ XALT Energy organization will ensure that passengers experience a clean, quiet voyage. The batteries have been integrated into the ship’s design by the McKay Group, an...
Read More »Freudenberg Sealing Technologies Offers Material Testing for Lithium-ion Batteries
Plymouth, Mich. (USA), March 16, 2021. Freudenberg Sealing Technologies has expanded its material testing capabilities to include performance and compatibility evaluations of the rubber, elastomers and thermoplastics used to seal and safely maintain lithium-ion batteries. The company has installed sophisticated equipment and adopted new testing protocols in its Plymouth, Mich., Central...
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Battery Cells Manufactured by Freudenberg Power Stationary Energy Systems
XALT Energy and Commeo GmbH launch strategic partnership Weinheim (Germany), December 8, 2020. The Freudenberg Group’s lithium-ion battery operation, XALT Energy, is supplying high-performance battery pouch cells to Commeo GmbH, under the terms of a long-term purchasing agreement. The cells are being used in Commeo’s stationary energy storage systems. Commeo, a German energy system...
Read More »
Advanced Material Technology Helps Gas Meter Industry Eliminate Leaks
Weinheim (Germany), October 6, 2020. In the safety-driven natural gas industry, system leaks are a dangerous and costly issue. Residential gas meters and regulators, in particular, are at risk when crucial components such as diaphragms are not optimally designed and manufactured for the environment in which they will work. An advanced polymer technology, trademarked by Freudenberg Sealing...
Read More »Freudenberg Sealing Technologies and Quantron AG Agree to Cooperate on Emission-free Heavy-duty Commercial Transportation
Weinheim (Germany), September 8, 2020. Freudenberg Sealing Technologies has launched the development of a special fuel cell system for heavy-duty trucks. The company is collaborating with Quantron AG, a specialist in the field of commercial vehicle conversion. The project’s first fuel cell system will be installed in a heavy-duty truck for real-world testing in the near future. These...
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New Hygienic Forseal and Pressure Seal is Designed for High Pressures in Food Technology
Features reduced friction, dead-space-free design and longer service life. Uses Quantum® PTFE combined with high-performance elastomer. Prevents the collection and settling of product residues and micro-organisms in undercuts.
Read More »Freudenberg Expands Engineering Services
Increased customer demand for testing assistance prompts company to open second validation center Plymouth, Mi., July 7, 2020. As a leading manufacturer of engineered sealing applications around the world, Freudenberg Sealing Technologies is constantly pursuing ways to provide its customers with enhanced product quality and better service. To that end, the company has opened a dedicated...
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New Main Rod Seal is Free of Dead Space and Prevents Residue Infiltration
Incorporates Freudenberg technology with advanced component design that is compatible with other industrial high-pressure valves. Combines sealing lip, manufactured from EPDM 302 or Fluoroprene® XP 43, with a backup ring made of PTFE. Product is 3-A® compliant and capable of handling high-pressure of up to 150 bar.
Read More »
New Pressure Compensation Element Used by ABT e-line Vehicles
Handles the technically-demanding task of managing both functions with a single component. Ensures that the housing does not deform when the air pressure changes during uphill and downhill driving. Produces all-electric e-Caddy and e-Transporter vans to deliver emission-free transportation and passenger movement.
Read More »
New Seal with Integrated Bearing Reduces Load and Vibration
Seal protects the sensor from penetration of dust, splash water and other media over the entire service life of the vehicle. Contains 35 percent less friction which reduces resistance during steering. Bearing withstands significant mechanical loads, sometimes as much as 3,000 Newton of radial force.
Read More »