Compound materials - Import export

PolyNeo GmbH looks back on decades of experience in polymer trading. A high level of professionalism, both customer and supplier contacts that have developed over the years, in-depth market knowledge, strong cost awareness as well as the extensive technical know-how of our employees constitute the strengths of PolyNeo GmbH. For decades now, we have supported producers and customers all over the world by raw material sourcing, marketing and distribution as well as tailor-made logistics services. Raw material and compounds for fibers, film as well as a diversity of extrusion and injection molding applications (mineral filled, glass reinforced, impact modified, UV modified, flame-retardant both halo and non-halo, elevated temperature modified). Broad range of different types e.g. GF 10, GF 15, GF 30, GF 35, GF 40, GF 50

BIEGLO can offer a variety of PEEK compounds, both as raw material and as semi-finished product. PEEK compounds can be supplied with carbon or glass fibers as well as with PTFE and tribological compounds with a mix of PEEK, PTFE, carbon fibers and graphite. In addition, PEEK color compounds can also be supplied. PEEK-CF30 impresses with its outstanding mechanical and thermal properties. The carbon fibers provide increased stiffness, creep resistance and better thermal conductivity. Furthermore, PEEK-CF30 has exceptional resistance to hydrolysis in boiling water or hot steam. PEEK-GF30 impresses with its improved mechanical strength and high rigidity. In addition, the creep resistance and dimensional stability is increased. The glass fibers provide increased life in high static and high temperature applications over a long period of time. PEEK-GF30 does not dissolve in common solvents and resists high gamma rays.

BIEGLO offers polyimide powders for various processes. The Dexnyl PI powder is available in two different particle sizes. Our Dexnyl PI Powder 100P_19 suitable for compounding and compression molding application and our Dexnyl PI Powder 260_19 is suitable for producing compression molded and direct formed parts. The range of products that can be produced from our polyimide (PI) is only limited by the processing machines. Polyimide powder can be processed by hot compression molding, direct forming, iso-static compression molding or it can be compounded with other materials as an additive. Polyimide powder is often compounded with PTFE to increase certain properties of the PTFE.

Universally applicable Largely biodegradable Silicone-free CO2 propellant Water-displacing Provides a protective coating Saltwater-resistant Super Lube is suitable for many materials and material compounds, such as iron, wood, non-ferrous metals, synthetics, leather, etc. Get your car ready in time for winter: Super Lube prevents car locks and doors from freezing. Super Lube – 17 products in one can: Aluminium cleaner and care product, greaser and lubricant for antennae, interior room spray, adhesive lubricant, high pressure lubricant, fan belt spray, contact and electro protection agent, assembly compound, MOS-2 lubricating and dissolving spray, rust and dirt remover, acid-resistant lubricant and terminal grease, locks and cylinder locks lubricant and line grease lubricant with PTFE, silicone spray, white greases and compounds, chain spray, Bowden cable spray. Fields of application The automotive industry, construction machinery, agricultural...

The PSG/553/RAC cable gland is an Ex d barrier cable gland for armoured and non-armoured elastomer and plastic insulated cables. The new series uses an innovative diaphragm sealing concept to seal the individual cores, so that there is no need to use compound or liquid resin. Available materials: Brass, Nickel plated brass, Stainless Steel 1.4404, V4A, 316L, Aluminum Types of Protection: Ex db IIC Gb, Ex eb IIC Gb, Ex nR IIC Gc, Ex tb IIIC Db Suitable for use in Zone 1, Zone 2, Zone 21, Zone 22 and in Gas Groups IIA, IIB and IIC. Explosion-proof acc to ATEX/IECEx Protection grades: IP66, IP67, IP68 (30 metres for 7 days), IP69, Deluge Protected DTS01, NEMA 4X

Material Carbon Steel Surface Finishing Zinc-Plating and Thick-Film-Passivation (Chrome III) Standard Seal Material(s) Special compound Working Temperature -35° C ... +130° C / -31° F ... +266° F Valve Design Flat Face Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Rescue and Tensioning Hydraulics ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Plating and Thick-Film-Passivation (Chrome III) Standard Seal Material(s) Special compound Working Temperature -35° C ... +130° C / -31° F ... +266° F Valve Design Flat Face Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Rescue and Tensioning Hydraulics ISO Interchange -

The SMC presses from Siempelkamp are designed in such a way that they can also be used for the RTM process. Short cycle times Since the SMC process is predominantly used in the production of high quantities, apart from precision, a short cycle time plays a important role. And since the compound material is chemically reactive, the time window for achieving an optimum surface quality is also small. The advantages of the Siempelkamp presses: they apply the force extremely quickly to the product, because they close at a very high speed decelerating just before reaching the end position. Depending on the level of automation, the tool change is done automatically – just 120 seconds later the next part can be produced! No stress The precise positioning of the ram plate ensures that the tools are precisely aligned to each other during the complete press stroke – not just on the last millimeters. Under all operating conditions the tools remain parallel.

Applications: - Excimer Laser-Lift-Off using line-beam systems - Laser drilling and ablation using scanner systems or mask projection - Laser engraving of optical materials - Materials: polymers, polymer compounds, glass materials

Applications: - Laser cutting, dicing, and filamentation - Laser drilling – available as trepanning or percussion process - Laser micro structuring and ablation, e.g. with FSLA technology - Laser micro engraving, both on the substrate surface and as sub surface engraving in transparent materials Laser-Lift-Off (LLO) using DPSS laser and scanner systems Materials: ceramics, metals, polymers, glass materials, semiconductors, compound material

We have developed a range of Mediprene thermoplastic elastomers (TPE) for plunger seals in single-use syringes. The TPE seal, which is mounted on the end of the plunger, needs to provide a leakproof seal with the syringe barrel. As ease of use for the medical practitioner and patient comfort are also key requirements, the seal helps to optimize plunger movement for accurate dosage control and ease of injection. Originating from medical raw materials with high biocompatibility status and compounded under clean conditions, Mediprene TPEs are the material of choice for medical customers who want to maximize the probability that their devices will pass relevant medical tests. The raw materials in these compounds comply with food contact norms like FDA 21CFR and Commission Regulation (EU) No 10/2011. All polymers used have passed tests according to USP class VI and the paraffinic oil has passed the USP Mineral Oil NSF H1, reg 125038 and also the European Pharmacopeia, liquid paraffin. Fo

Thermoplastic Vulcanisate or TPV compounds are high performance materials designed for demanding and dynamic applications. They are composed of a highly vulcanised rubber phase dispersed throughout a thermoplastic matrix and combine the processing ease, efficiency and recyclability of a thermoplastic with the improved flexibility, low compression set and resistance to aggressive fluids of a vulcanised rubber. This combination makes TPV’s ideal for variety of applications in several markets such as automotive, construction and appliances. Our Dryflex V range offers: A wide range of hardness’ Grades that can be processed by injection moulding, extrusion, blow moulding and thermoforming Service temperatures of -60°C to 135°C Improved resistance to aggressive fluids such as oils, acids, bases and aqueous solutions Low compression set Low flex fatigue Lightweight parts Design flexibility Recyclability Excellent weathering and environmental resistance Download Dryflex V - Thermoplastic

What is Dryflex Green? Dryflex Green is a family of thermoplastic elastomer (TPE) compounds containing raw materials from renewable resources such as plant and vegetable crops. So far we have developed several series with amounts of renewable content to over 70% (ASTM D 6866) with hardnesses from 50 to 80 Shore A. Why use biobased? Plastics are predominantly a by-product of oil, a diminishing resource. We are therefore seeing increasing demands to look at how we can work with biobased, renewable materials and bring new opportunities for sustainability. Utilising raw materials that are derived from renewable vegetable crops, that are responsibly grown, can contribute to an improved LCA (Life Cycle Assessment), which measures the environmental impact of all stages a product’s life from cradle to grave. Crops for industrial use can be grown in poor soil which is unsuited to food crops, avoiding food crop displacement and improving biodiversity. The planting of these crops can also hel

for Food application designed compound material. Washable, White, plane, without pleats