Brands results

ELASTOSIL® is an all-rounder for countless applications. Silicone rubbers consist essentially of silicone polymers and fillers. They cure at high temperature (HTV/LSR grades) or room temperature (RTV grades) with suitable reactants, forming a three-dimensional structure and transforming the uncured compound in a plastic state into an elastomeric rubber. Silicone elastomers are flexible at low temperatures and resistant to heat and aging (UV radiation and ozone). They are easy to process and have good mechanical properties that remain unchanged over a wide temperature range. They have a neutral taste and are biologically unreactive.

High-performance lubricants, engine oils, additives, gear oils for automatic and manual transmissions, hydraulic oils, greases, vehicle care products, radiator antifreeze/ antifreeze, brake fluids, winter protection chemicals, also for racing use. Our synthetic, semi-synthetic and mineral oils, as well as our entire range set standards in quality, performance and safety. Innovative ultimate quality for your vehicle.

The Cri-Line® compounds described in this site are fully formulated high performance compounds, developed, tested and guaranteed by Cri-Tech, Inc. These Product Selection pages will enable you to quickly locate compounds that meet your specifications. Compounds are grouped by product type/families. Among them are products for most major FKM end-use applications and manufacturing processes. Cri-Line® FKM compounds range from 50 to 95 durometer, 65% to 71% Fluorine, bisphenol or peroxide cure system, and specialty grades such as BRE (base resistant) and low temperature. Compounds are generally supplied in several standard colors, but can be customized to support any color program. A Cri-Line® compound that you have ordered will arrive at your receiving dock accompanied by a certificate of compliance (including test data) for the lot shipped and ready for immediate processing without further modification.

Paracril NBR grades are produced by cold and hot polymerization process. The cold process yields linear polymers with good processing characteristics and solubility in polar solvents. The hot polymerization process leads to more branching. Branching in the hot Paracril grades is more developed in the higher viscosity grades. The hot polymers offer improved green strength. &rosslinNed 3aracril N%5 grades are unique in processing and function.

Due to its excellent thermal and mechanical properties, this semi-crystalline material belongs to the polymer group of high-performance plastics (HPM).

ElectroCool® Dielectric Coolants are engineered for Single-phase, Liquid Immersion Cooling of Electronics. Servers, GPUs, FPGAs and other semiconductors operate at increasingly high energy densities and in ever smaller packaging. These factors, combined with increases in operational frequency and output power, make the effective removal of waste heat a key limiting factor in the design and efficiency of most electronics. Single-phase, Liquid Immersion Cooling (SLIC) is the most effective way to manage, remove, and control waste heat for electronics.

KRAIBURG continually tries to set new standards in technology, quality, manufacturing, delivery performance, customer relations and service. Highly customized and cost-effective solutions far exceed the current standards. KRAIBURG is the leading specialist for the development and manufacture of rubber and silicone compounds that fulfill the most stringent requirements.

Acetal-C is a high-quality general-purpose engineering plastic material; the chemical name is polyoxymethylene. It’s available in a range of grades and forms to suit many applications.

Fibertec's wollastonite products come in powder and fibrous grades. Powder grades tend to be used as fillers in coatings, adhesives, sealants and paints. It is an inert material with an alkaline pH that improves toughness, weather resistance and moisture absorption. Powders, while having some aspect ratio, all tend to be -325 mesh. Fiber grades have a diameter ranging from 5 to 15 microns and aspect ratios from 15 to 20. They are most commonly used as a lower cost, lower performance replacement for milled fibers in composites. They are compatible with all resins and may be surface treated. Fibertec wollastonites are acicular (needle-like) mineral products milled to various morphologies and bulk densities. These products can be surface treated to enhance performance in thermoset and thermoplastic resins. Fibertec wollastonite is used as functional fillers and reinforcements in composites (thermosets) and compounds (thermoplastics) to increase mechanical properties (tensile, flexural, impact), minimize distortion at elevated temperatures, improve dimensional stability, and provide low moisture absorption.

Formalloy™ is a high-melt-strength thermoplastic polyolefin (TPO) sheet engineered for improved thermoforming characteristics. Formalloy can deliver a high or low-gloss surface finish with the tremendous strength and durability of a TPO substrate.

Elastron V is the brand name of cross-linked EPDM based thermoplastic elastomer vulcanizates. Elastron V (TPV) grades have excellent mechanical properties in order to meet our customers' expectations such as sustainability of quality, flexibility and low compression set.

Chemfluor tubing offers the ultimate in purity, chemical resistance and broad temperature capability for handling ultra-pure fluids or highly corrosive materials. Chemfluor FEP and PFA tubing products are FDA compliant and contain no additives or plasticizers to contaminate liquids. All Chemfluor tubing products are inert to virtually all chemicals. When used with Chemfluor Fittings, only ultrapure fluoropolymer surfaces contact fluids. Fluoropolymer tubing is the recommended tubing in many demanding areas such as chromatography, semi-conductor processing, Type I Water and cryogenic applications. Chemfluor Tubing is not for use in peristaltic pumps. FEP tubing has the greatest clarity and abrasion resistance. Transparent to UV light.

KyronMAX®, the unmatched carbon fiber-based technology platform. These compounds use a broad range of base polymers (Nylon/PA66, PEEK and PPA) that excel in demanding temperature and chemical environments.Property ComparisonMuch higher mechanical strength vs conventional glass and carbon filled systems, at same fiber percentage loadings. This increased mechanical performance, allows usage of lower filler loadings, increasing the material’s strain, which allows the part to yield and not to fracture.Standard Dynamic Mechanical Analysis (DMA) summary compares material stiffness over an elevated temperature range. Conventional glass and carbon filled Nylon compounds loose mechanical performance very quickly when exposed to even low elevated temperatures. In comparison, KyronMAX products demonstrate excellent property retention, even in the harshest of temperature regions.

Our Akulon portfolio covers virtually all possible applications with grades suited to all processing techniques, including extrusion, injection and blow molding.Broad portfolioGlobal grades with global specificationsBackwards integrated and a global manufacturing footprint

Polybutylene terephthalate is a semi-crystalline material from the polyester family of plastics and, due to its good thermal and mechanical properties, is counted among the polymer group of engineering plastics. It has a high surface hardness and good sliding and wear behavior.

The NORYL family of modified PPE resins consists of amorphous blends of PPO™ resin (polyphenylene ether) and polystyrene. They combine the inherent benefits of PPO resin (affordable high heat resistance, good electrical properties, excellent hydrolytic stability and the ability to use non-halogen FR packages), with excellent dimensional stability, good processibility and low specific gravity.NORYL resins offer a good balance of mechanical and chemical properties, and may be suitable for a wide variety of applications

Fibertec mineral wool fibers are inorganic synthetic fibers that have been specifically milled and processed to controlled lengths and with predictable diameters and aspect ratios. These mineral fibers are generated from complex mineral silicates having as primary components silicates of calcium, magnesium and aluminum. Fibertec mineral fibers can be surface treated to enhance performance in selected resin systems. urther, because these fibers are additionally characterized by very low loose and tapped bulk densities, they are desirable for low-density reinforced thermoset and thermoplastic systems.

Alpha manufactures a full line of high-performance rubber sheet products and coated fabrics for use in engineered OEM end-use applications. Our diverse capabilities in fabric treatments and polymer processing allow us to balance adhesion with polymer performance for exacting requirements. End-use markets include aerospace, automotive, gas, equipment, machinery, and controls. We proudly manufacture fluorosilicone, silicone, EPDM, FKM, NBR, CR, HNBR, and PTFE composites here in the USA.

Biosynthetic Technologies sustainable bases oils can be used in the manufacturing of Personal Car Motor Oils (PCMO). Our sustainable base oils can be used as the primary base oil of a lubricant formulation, a component of a base oil co-blend, or even as an additive. To showcase the capabilities of the Biosynthetic Technologies sustainable base oils, we developed a high performance PCMO. This motor oil is approved by the American Petroleum Institute (API) and API SN-RC certified for 5W-20 and 5W-30 gasoline engines. Field testing showed that engines running on Biosynthetic® motor oil had far less varnish, ran cleaner when compared to commercially available mineral oil based motor oil.

FASTEX is a comprehensive range of Oils, Greases, and Surface Modifiers designed to make advanced and high quality lubrication technology available to end-users anging from Heavy, Medium and Light industries through to Utility, Transit and Service Providers.

JetFil® portfolio meets increasingly demanding impact resistance and dimensional stability specifications for automotive applications such as bumpers and body panels. The JetFil® product range features the finest and most efficient grades from the Magris Talc portfolio for automotive applications. When the melt flow of TPOs is increased, impact strength tends to drop. The impact strength of talc-reinforced polyolefins is directly linked to the particle size distribution of the talc and to how it disperses in the matrix. To overcome any density issues due to their ultrafine grind, JetFil® talcs are produced in compacted form to increase bulk density and allow maximum compounding throughput. Their compaction level has been adjusted to provide an optimum handling/ redispersion balance.