use for tyre making rhenogran detu-80-lanxess
Rhein Chemie - Business lines for rubber, paints, and plastics
With its Rhenogran® CLD-80, Aflux® 37, and Vulcuren® products, the business line offers expert support for the automotive industry with tailor-made solutions for tire production. At the same time, RAB offers innovative products for the energy, paint, and personal care industries – with CNT dispersions (Rhenofit®) and Zinkoxydaktiv®.
New solutions for the tire industry - LANXESS
LANXESS at the Tire Technology Expo 2018 Deutsche Messe Hanover: Innovative high-performance rubber additives / Clean separation solutions for tire manufacturing / Diverse reinforcement options for tires
Rhenogran® for Polymers Supplied by Lanxess
Rhenogran® Hexa-80 by Lanxess is a hexamethylene tetramine. Used as an accelerator for the vulcanization of natural and synthetic rubbers. Offers high degree of cross-linking properties.
Lanxess : New solutions for the tire industry
Rhenogran P91-40 helps to disperse of the highly robust and very light Twaron aramid short fiber pulp evenly into the rubber mixture. Rhenogran P91-40 is not only suitable for use in typical tire polymers such as NR, IR, BR and SBR, but also for many other types of rubber such as EPDM, CR and NBR.
Lanxess expands masterbatch range for rubber reinforcement
2020 Events 23-25 July, 2020 China International Tire and Wheel Fair Qingdao International Convention Center www.en.tyrexpoasia.cn 4-6 August, 2020 Tyrexpo Africa Sandton Convention Centre, Johannesburg, South Africa www.tyrexpoafrica.com 16-18 September, 2020 RubberTech China Shanghai New International Expo Centre www.rubbertech-expo.com 16-18 September, 2020 The International Rubber Products
Smart solutions for the tire industry - LANXESS
This involves highly reinforced aramid-fiber masterbatches that can be incorporated evenly into the rubber compound. Rhenogran P91-40 is suitable for use not only in typical tire polymers such as NR, IR, BR and SBR, but also for many other types of rubber such as EPDM, CR and NBR.
LANXESS expands masterbatch range for efficient rubber
“The short-fiber aramid pulp in the Rhenogran P91-40 types provide exceptional reinforcement. They improve dimensional stability and extend the service life of the end products that use them,” explained Dr. Benjamin Bechem, head of Global Marketing for Technical Rubber Goods at LANXESS’ Rhein Chemie (RCH) business unit.
Lanxess features comprehensive range of rubber technologies
Specialty chemicals company Lanxess presented its comprehensive range of solutions for the tyre industry, from new rubber products and additives to processing aids for use in production, at the Tire Technology Expo in Cologne this February. The newly formed Lanxess…Read more →
New solutions for the tire industry | WebWire
Rhenogran P91-40 is not only suitable for use in typical tire polymers such as NR, IR, BR and SBR, but also for many other types of rubber such as EPDM, CR and NBR. New rubber additive Vulkanol
Rubber additives, fibre masterbatches and release agents
Aramid fibre masterbatches of the Rhenogran P91-40 series provide good reinforcing performance for tyre compounds under high mechanical, dynamic and thermal loads. According to the manufacturer, Rhenogran P91-40 helps to disperse the highly robust and very light Twaron aramid short fibre pulp evenly into the rubber mixture.
Lanxess exhibits portfolio of rubber chemicals and additives
Rhenogran HMDC-70/AEMD, a diamine based crosslinking agent, is a state-of-the-art curative for oil-resistant seals and hoses based on AEM, and selected polyacrylic rubber types (ACM) for use in vehicles and engineering. Rhenogran HMDC-70/AEMD combined with Rhenogran XLA-60 is the crosslinking system of choice when having to deal with high
Technical notebook: Developing eco-friendly curatives
Rhenogran HPCA-50 combined with Rhenogran MTT-80 will be shown to be an effective replacement for ethylene-thiourea (ETU), which is considered to be both carcinogenic and mutagenic. This information will assist the rubber compounder in making choices that meet the compound performance needs as well as contribute to the overall environmental and