Film - Import export

White or brown banding paper in various strengths with different properties for a variety of applications.

The IST AG PW RTD sensor has been developed as an alternative to the traditional wire-wound sensors. The PW sensor combines the advantages of high accuracy and precision of the wire-wound sensors with the advantages of thin-film sensors that offer robustness, small dimensions and very low hysteresis at an optimal price level. Compared to a standard thin-film sensor measuring up to +300 °C in IEC 60751 F0.15 (IST AG reference class A), the IST AG PW sensor measures with high accuracy up to IEC 60751 F0.15 (IST AG reference class A) within a wide operating temperature range from -200 °C to +600 °C. Due to the special construction and stable characteristics curve, the IST AG PW sensor is also suitable for low temperature applications. As an additional feature, the PW sensor is available in round ceramic housing with the same dimensions as a traditional wire wound sensor, meaning easy interchangeability into existing temperature applications.

The IST AG 600 °C Pt Temperature Sensor Series offers excellent long-term stability and fast response time with low self-heating within a temperature range of -200 °C to +600 °C.​ The sensors are a standard solution for various temperature applications. The RTDs are suitable for welding, crimping and brazing. Furthermore, the 600 °C Pt Temperature Sensor Series is vibration and temperature shock resistant and can be customized to fit application-specific requirements. ​The IST AG Pt temperature sensors up to 600 °C are also available with: — Paired sensors — 1/5 IEC and 1/10 IEC accuracy — Small dimensions

The IST AG 600 °C Pt Temperature Sensor Series offers excellent long-term stability and fast response time with low self-heating within a temperature range of -200 °C to +600 °C.​ The sensors are a standard solution for various temperature applications. The RTDs are suitable for welding, crimping and brazing. Furthermore, the 600 °C Pt Temperature Sensor Series is vibration and temperature shock resistant and can be customized to fit application-specific requirements. ​The IST AG Pt temperature sensors up to 600 °C are also available with: — Paired sensors — 1/5 IEC and 1/10 IEC accuracy — Small dimensions

The IST AG 400 °C Pt Temperature Sensor Series offers an excellent long-term stability and fast response time with low self-heating within a temperature range of -200 °C to +400 °C.​ The sensors are vibration and temperature shock resistant and offer excellent solderability. The standard 400 °C Pt Temperature Sensor Series is supplied with Ag-wires. Due to the wire material characteristics, the long directly welded Ag-wire shows very little impact on the sensor accuracy. Furthermore, the 400 °C Pt Temperature Sensor Series can be customized to fit application-specific requirements e.g. PTFE-insulation tubes. ​The IST AG Pt temperature sensors up to 400 °C are also available with: — Paired and grouped sensors — 1/5 IEC and 1/10 IEC accuracy — 2-, 3- and 4-wire configuration — Grain-stabilized Ag-wire

IST AG offers ESCC qualified thin-film Pt temperature sensors, applicable from -200 ° C to +200 ° C. The sensors provide stable measuring results at 70,000 cycles from -200 ° C to +200 ° C, which proves that the sensors are resistant against thermal cycles. The temperature coefficient of resistance (TCR) remains very stable, also the sensors proved a high stability regarding drift. Further advantages of the sensors are the small size (L x W x H: 2.3 x 2.0 x 1.1 mm), the light weight and the robustness due to the lack of moving parts. IST AG is the first, and currently also the only supplier providing ESCC qualified Pt temperature sensors. The RTDs are available with different resistances ranging from Pt100 to Pt2000. They are offered with tolerance class B (IEC 60751 F0.3). The temperature sensors are available both as Engineering Model (EM) or as Flight Model (FM). We also offer customization of the sensors, e.g. extended wires (with an ESCC qualified wire).

Film bands fully coated with an antimicrobial agent, raw or printed.

Paper bands fully coated with an antimicrobial agent, raw or printed.

Partially coated banding paper consists of more than 95% paper and is thus considered a monomaterial.

Ein oder zweiseitig individuell mit bis zu 10 migrationsarmen und für Lebensmittel geeigneten Farben bedruckte Banderolen aus Papier.

TruePaper banding paper is made of virgin fibers and a watersoluble, environmentally friendly coating. The paper content is greater than 95%. The banding paper can be recycled via the normal paper cycle. The coating residues can be easily separated from the water in wastewater treatment plants and disposed of. In this way, no microplastics get back into the water cycle.

FSC zertifiziertes, weisses oder braunes Banderolierpapier in verschiedenen Stärken mit unterschiedlichen Eigenschaften für eine Vielzahl von Anwendungen.

Film bands individually printed on one or two sides with up to 10 lowmigration and foodgrade inks.

Banding films with different properties for a variety of applications made of 100% polypropylene (PP). Banding films made of PP are recyclable.

PLA is a transparent, biodegradable banding film made of polylactide. PLA is one of the bioplastics. It is produced from renewable raw materials and is compostable according to DIN EN 13432.

Costeffective, highly transparent and extremely strong banding films made of 100% highdensity polyethylene (HDPE). HDPE banding films are 100% recyclable.

The Nanocrypt® is one of the most secure and technologically advanced nano-optical imaging systems. With resolutions up to 640,000 dpi and tolerances within 2 nm (nanometers), nano-structures and anti-counterfeiting security features can be achieved which cannot be reproduced and can therefore legitimately be termed 100% counterfeit-proof. Cutting edge counterfeit protection at banknote level for the high-security sector Nanocrypt® is a fourth generation OVD (optically variable device). The sophisticated security features that can be achieved with Nanocrypt® technology cannot be simulated or reproduced using conventional techniques (analog or digital production technologies such as dot-matrix imaging). Forensic and machine-readable elements and structures are possible in addition to the visible security features. Holograms with Nanocrypt® technology are primarily used in high-security applications such as documents, identity cards, bank notes and bonds.