Structural shapes - Import export

We offer structural highperformance adhesives In guaranteed quality, at stable prices and packed appropriately for transportation. Do you need advice on choosing your product or are you looking for a suitable substitution? Our application and product experts are happy to help! Our experience and deep knowledge in the area of specialty chemicals and ingredients ensures that we are well positioned to effectively support both our customers and our suppliers with product and application expertise. Please contact us for more information!

Polyetherimide is an amorphous thermoplastic and part of the polyimide family. It has excellent dimensional accuracy over a wide temperature range and has low thermal expansion. BIEGLO's sales portfolio for PEI contains rods from 8mm to 100mm. The most common applications of PEI are in the food and beverage industry, pharmaceutical and electronics industry as well as precision engineering.

BIEGLO offers PAI rods from different PAI types, Torlon® 4203; 4301; 4275; 4435; 4645; 5030 (30% GF); 7130 (30% CF), where each type is best suitable for a specific application. The unique performance of polyamide-imide (PAI) is the result of being transformed from a thermoplastic to a cross-linked thermoset during an extended curing process. Our PAI is processed by experienced engineers and offeres the best possible values a PAI product can have and it is suitable for many applications as gears, rollers, plasma chamber hardware and wafer contact fixtures.

BIEGLO is the official distributor of Saint Gobain Performance Plastics for the Meldin 7000, Polyimide rod. In line with different requirements of the Industrial market, the Meldin product family can provide high temperature resistance, wide chemical resistance, good mechanical properties also at elevated temperatures and low wear, long lifetime. Polyimide rod can be used in temperatures up to 350°C continuously and it has various applications in the automotive, aerospace and electronic industries. Polyimide rods have a standard length of 965mm. The diameters of the solid bars are distributed from 6.3mm to 82.5mm.

PEEK is the ideal replacement for metal and other plastics due to its high temperature resistance of up to 240°C , excellent chemical and wear resistance. The Dexnyl PEEK rods of BIEGLO offer resistance to elevated temperatures, radiation and chemicals. Their dimensional stability and mechanical strength are second to none. Our PEEK has an excellent hydrolysis and electrical insulation. BIEGLO offers natural, colored and tribological modified PEEK with superior sliding properties and abrasion resistance. We offer a wide range of PEEK rods diameter starting at 6mm to 100mm. Our PEEK rods are also available made of compounded PEEK.

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat Structural shape In principle, the shape is arbitrary.  The choice takes place after consulting with the customer and with similar power are no costs involved. It depends on the technical demands of the application.  The structural shape X (crossflow) isn't possible with the ´ THERMO GAS System.     Shape LU  This structural s

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat no costs involved Shape U    This structural shape is especially qualified for small plate heat exchangers. This structural shape is although qualified for plate heat exchangers which should streamed vertically.

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat Structural shape In principle, the shape is arbitrary.  The choice takes place after consulting with the customer and with similar power are no costs involved. It depends on the technical demands of the application.  The structural shape X (crossflow) isn't possible with the ´ THERMO GAS System.  Shape L    This plate heat exc

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat Structural shape In principle, the shape is arbitrary.  The choice takes place after consulting with the customer and with similar power are no costs involved. It depends on the technical demands of the application.  The structural shape X (crossflow) isn't possible with the ´ THERMO GAS System.  Shape K    An absolute classic

The Emperor is a uniquely shaped double-deck structure that incorporates glass, aluminum and wooden elements, setting a new and exceptional standard for temporary venues. The Emperor offers you the look of a permanent building, with all the flexibility of a temporary one. The highly versatile Emperor can incorporate balconies (with over-sailing canopies that offer shade and a distinctive profile) as well as internal mezzanine levels that can be used to create double height voids through the structure, adding to the overall feeling of spaciousness. There are lots of other optional extras to give this structure a classy look and feel and add a sense of luxury. How about a glass or transparent roof? Or wooden elements to give the structure a warmer and more permanent feel? Or glass side panels instead of the standard PVC panel? The options are endless, and we’d love to show you all the different configurations!

Flawless makeup application with revolutionary material designed for cosmetics Nubiform® technology is a revolutionary porous material designed for cosmetics, beauty and personal care products. Maintaining it's unique, open-cell porous structure in any shape - from flat sheets to 3D geometries - Nubiform material is ideal for cosmetic applicators. With the ability to be customized into 3D shapes, Nubiform: Ensures flawless application with flow-through technology and open-cell structure. Provides maximum comfort with soft and flexible material

Flawless makeup application with revolutionary material designed for cosmetics Nubiform® technology is a revolutionary porous material designed for cosmetics, beauty and personal care products. Maintaining it's unique, open-cell porous structure in any shape - from flat sheets to 3D geometries - Nubiform material is ideal for cosmetic applicators. With the ability to be customized into 3D shapes, Nubiform: Ensures flawless application with flow-through technology and open-cell structure. Provides maximum comfort with soft and flexible material

Flawless makeup application with revolutionary material designed for cosmetics Nubiform® technology is a revolutionary porous material designed for cosmetics, beauty and personal care products. Maintaining it's unique, open-cell porous structure in any shape - from flat sheets to 3D geometries - Nubiform material is ideal for cosmetic applicators. With the ability to be customized into 3D shapes, Nubiform: Ensures flawless application with flow-through technology and open-cell structure. Provides maximum comfort with soft and flexible material

Flawless makeup application with revolutionary material designed for cosmetics Nubiform® technology is a revolutionary porous material designed for cosmetics, beauty and personal care products. Maintaining it's unique, open-cell porous structure in any shape - from flat sheets to 3D geometries - Nubiform material is ideal for cosmetic applicators. With the ability to be customized into 3D shapes, Nubiform: Ensures flawless application with flow-through technology and open-cell structure. Provides maximum comfort with soft and flexible material

Flawless makeup application with revolutionary material designed for cosmetics Nubiform® technology is a revolutionary porous material designed for cosmetics, beauty and personal care products. Maintaining it's unique, open-cell porous structure in any shape - from flat sheets to 3D geometries - Nubiform material is ideal for cosmetic applicators. With the ability to be customized into 3D shapes, Nubiform: Ensures flawless application with flow-through technology and open-cell structure. Provides maximum comfort with soft and flexible material

Flawless makeup application with revolutionary material designed for cosmetics Nubiform® technology is a revolutionary porous material designed for cosmetics, beauty and personal care products. Maintaining it's unique, open-cell porous structure in any shape - from flat sheets to 3D geometries - Nubiform material is ideal for cosmetic applicators. With the ability to be customized into 3D shapes, Nubiform: Ensures flawless application with flow-through technology and open-cell structure. Provides maximum comfort with soft and flexible material

Maximize air-freshening performance with porous fiber wicks Since diffusion with ambient air fresheners is not powered by heat, a larger wick is essential. By using our porous fiber wicks in an ambient air freshener, homeowners can experience diffusion from our wicks that: Delivers intense fragrance releas e Works with different fragrance solutions – POREX ® wicks function well in both water-based and solvent based release capabilities. Provides multiple shape options– Porous fiber technology is available in a wide range of two-dimensional shapes. Features Engineered pore/capillary structures 2D shapes Color options available Precise control and release of fragrance to meet application needs Materials Offered Porous polymeric fiber Formats Available 2D fiber shapes request sample ask an engineer

Flawless makeup application with revolutionary material designed for cosmetics Nubiform® technology is a revolutionary porous material designed for cosmetics, beauty and personal care products. Maintaining it's unique, open-cell porous structure in any shape - from flat sheets to 3D geometries - Nubiform material is ideal for cosmetic applicators. With the ability to be customized into 3D shapes, Nubiform: Ensures flawless application with flow-through technology and open-cell structure. Provides maximum comfort with soft and flexible material

AViTEQ-trough conveyor are suitable for conveying and metering of pourable bulk material up to almost any particle size. By ensuring robust and open, trough-shaped structure are particularly suitable conveyors in extreme environmental conditions, because of the easy cleaning ability, but also happy in the chemical and food industry. Advantages & benefits Wide range of applications: using magnetic vibrator drive(s) or vibrator(s) dust-proof versions available long conveying inserted through serial connection possible multiple drive possible execution in mild steel or stainless steel Construction Conveyors are characterized by their simple design. The main components are: conveyor with drive traverse drive in-/outlet pipe (covered variants) elastic support elements flexible seals Selection The sizing is dependent on: bulk material throughput required geometry possible installation mass Key figures length: up to 9,000 mm on single units, theoretically unlimited for conveyor lines

Where are magnetic field mats used? The coils currently manufactured by us are processed by our customers into so-called electromagnetic field mats. These mats are used in Pulsed Electromagnetic Field (PEMF) therapy. Many PEMF devices are suitable for private use at home. However, various health service providers including physical therapists as well as non-medical practitioners offer therapies based on magnetic fields. Why is our embroidery technology used for production? This technique creates circular-shaped structures that form the basis for a homogeneous flow/direction of the electric current. At the same time, the mechanical wire laying has an extremely high level of accuracy. The distances can also precisely be determined. How is the magnetic field created? Simply put, this is how electromagnetic fields are created: pulsating magnetic fields are generated by the electric current flowing through the wire. The more wire, the stronger the magnetic field.

SmCo Devices , Microwave tube magnetic system, magnetic actuator, magnetic sensor, magnetic, magneticdevices and other processor magnetic application system. The appearance of shape and size structure and device design according to the customerdemand for the production of magnetic products. This kind of product in the market share of Chinese amounted to more than 90%.

Our DEFORM plus ® elastomeric shock absorbing elements are available in a variety of sizes and configurations. SHOCK ABSORBING UNITS / DEFORM plus ® DEFORM plus ® Shock Absorbing Elements are one-time use damping elements for high energy absorption. They transform kinetic energy caused by an impact into deformation energy. DEFORM plus ® units have the following characteristics: High damping properties (up to 95%) Low costs Small installation space Low weight Easy replacement of used elements Maintenance-free No corrosion Rectangular force-travel diagram Versatility in design A damping element consists of a thickwalled, Cylinder of high quality thermoplastic resin. On impact, it folds/shrinks to a discus-shaped structure. Operating conditions -25 up to + 50 °C Resistant to lubricants Resistant to hydrolysis Almost equal properties under dynamic and quasi-static loads, force F n raised factor at dynamic load f F ≈1 + 0,075 * v (m/s) For outdoor applications we recommend the units...

AIRplus® TRANSFORMS AIR INTO THE OPTIMAL PROTECTIVE PACKAGING. Light as a feather and reliably shock-resistant, Storopack’s AIRplus® air pillows are the optimal protective packaging for sensitive products. A variety of pillow shapes can be produced as required directly at the packing station, therefore saving valuable storage space. All AIRplus® machine types can be integrated into existing packing processes – including in combination with automated packing lines and storage containers at the packing station. The range includes four different film types: Prepackaged products can be ideally blocked and braced in the carton with AIRplus® Void, as the large air pillows optimally fill the void. Smaller and medium-sized AIRplus® Cushion and AIRplus® Bubble air pillows are exceptionally flexible, and can be used to cushion, block, and brace or wrap sensitive products. Thanks to its innovative, diamond-shaped structure, AIRplus® Wrap is the ideal substitute for traditional bubble...

Optical sensors function contactlessly. They detect objects independent of their characteristics (e.g., shape, color, surface structure, material). The basic operating principle is based on the transmission and reception of light. There are three different versions: 1. The through-beam sensor consists of two separate devices, a transmitter and a receiver that are aligned with one another. If the light beam between the two devices is interrupted, the switching output integrated in the receiver changes its status. 2. With the retro-reflective sensor, the transmitter and receiver are located in one device. The emitted light beam is reflected back to the receiver by a reflector that is to be mounted opposite the device. As soon as the light beam is interrupted, the switching output integrated in the device changes its status. 3. With the diffuse reflection sensor, the transmitter and receiver are in one device. The emitted light beam is reflected by the object that is to be detected.

Optical sensors function contactlessly. They detect objects independent of their characteristics (e.g., shape, color, surface structure, material). The basic operating principle is based on the transmission and reception of light. There are three different versions: 1. The through-beam sensor consists of two separate devices, a transmitter and a receiver that are aligned with one another. If the light beam between the two devices is interrupted, the switching output integrated in the receiver changes its status. 2. With the retro-reflective sensor, the transmitter and receiver are located in one device. The emitted light beam is reflected back to the receiver by a reflector that is to be mounted opposite the device. As soon as the light beam is interrupted, the switching output integrated in the device changes its status. 3. With the diffuse reflection sensor, the transmitter and receiver are in one device. The emitted light beam is reflected by the object that is to be detected.