Finishing materials - Import export

Initial Situation: Inspection of a laser weld seam for pores and geometrical anomalies The production of a client in automotive industry is subjected to extremely stringent quality requirements. This is valid particularly also for the precision of laser weld seam of fine mechanical work. 100% inline supervision is required for the following task: A laser weld beam (width ca. 200µm) has to be verified with respect to the presence of pores and geometrical anomalies. Camera inspection performed until now turned out to be not stable. Therefore the client is forced to implement an improved monitoring process. The challenge The resolution required amounts to 4µm. The high gloss finished material and glossy laser weld seam may give rise to reflections, and the space for installation is restricted. A low form factor for the monitoring equipment is imperative.

Portable moisture meter The Textometer DMB is a mobile handy device for measuring moisture on textile webs and bobbins on a wide variety of versions. It determines the moisture content of raw materials, semi-finished products and finished products precisely and quickly.

Material Brass Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 7241-1, Series B

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange -

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure Male Tip and Female Body allowed Application Industrial Hydraulic, Offshore, Rescue and Tensioning Hydraulics ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure Male Tip and Female Body allowed Application Industrial Hydraulic, Rescue and Tensioning Hydraulics ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PTFE Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Flat Face Connection Screw Disconnection Screw Connect Under Pressure Male Tip up to the max. Working Pressure allowed Application Construction Machinery, Industrial Hydraulic ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PTFE Working Temperature -20° C ... +100° C / -4° F ... +212° F Valve Design Flat Valve Connection Screw Disconnection Screw Connect Under Pressure not allowed Application Construction Machinery ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) HNBR, FKM (Viton®), PTFE Working Temperature -20° C ... +100° C / -4° F ... +212° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure not allowed Application Construction Machinery ISO Interchange -

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Screw Disconnection Screw Connect Under Pressure Male Tip/Female Body up to 33% of the Working Pressure with Tools Application Agricultural and Forestry Machinery, Construction Machinery, Industrial Hydraulic ISO Interchange ISO 14541 (BG 1-6)

Description The multi-coupling has been created for connecting and disconnecting several hydraulic lines at the same time. This is done by an operating lever the guide crank of which is designed for a minimum of operating force. The connection of the hydraulic lines is done with flat face couplings. Due to the secial sealing it is possible to couple against trapped pressure on the male halves (max. 4x100 bar/ 5802 PSI) The main features of the multi coupling are: · Safety against commutability of hydraulic lines · Quick connecting · Coupling against trapped pressure · Optimally minimized leakage during coupling process Working Pressure 250 bar / 25 MPa / 3626 PSI Material Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PTFE, PU

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -40° C ... +106° C / -40° F ... +223° F Valve Design Poppet Valve Connection Push Disconnection Actuate Push Sleeve Connect Under Pressure Male Tip/Female Body Application Construction Machinery, Industrial Hydraulic ISO Interchange -

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PTFE Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Flat Face Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Agricultural and Forestry Machinery ISO Interchange ISO 5676

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange -

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 7241-1, Series B

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®) Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 7241-1, Series B

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Poppet Valve Connection Push and actuate Push Sleeve Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Agricultural and Forestry Machinery, Industrial Hydraulic ISO Interchange ISO 7241-1, Series A

Material Stainless Steel V4A (AISI 316) Surface Finishing - Standard Seal Material(s) FKM (Viton®) Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Flat Face Connection Push Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Offshore ISO Interchange -

Material Stainless Steel V4A (AISI 316L) Surface Finishing - Standard Seal Material(s) FKM (Viton®), PTFE Working Temperature -25° C ... +200° C / -13° F ... +392° F Valve Design Flat Face Connection Push Disconnection Actuate Push Sleeve Connect Under Pressure not allowed Application Industrial Hydraulic ISO Interchange ISO 16028

Material Carbon Steel Surface Finishing Zinc-Nickel Standard Seal Material(s) NBR (Buna-N®), PU Working Temperature -25° C ... +100° C / -13° F ... +212° F Valve Design Ball Valve Connection Screw Disconnection Screw Connect Under Pressure not allowed Application Industrial Hydraulic, Rescue and Tensioning Hydraulics ISO Interchange ISO 14540

You can immediately view the finished material on your computer and post it on your own resources

An internationally active medical technology company that produces and sells catheter tubes, among other things, has optimized its manufacturing process with the help of a production line from Metzner Maschinenbau. With Metzner's know-how, it was possible to replace a costly manual process with an automatic machine, saving costs. At the same time, the length accuracy and the cutting quality were significantly improved. The company supplied a fully automatic system that precisely cuts the catheter tubing to length, removes the mandrel present from the extrusion without leaving any residue and without longitudinal expansion, and then deposits the tubing in a collecting container at the end. Processing with exact length accuracy and mandrel removal The Metzner special development cuts catheter tubes to an exact length and removes the mandrel inside safely and precisely. The finished material is deposited in a collection container.

Superlight, Quiet New lowvibration sander Small and Lightweight for Comfort and Convenience Free Sander fits the hand like a glove. It's humanengineered to less tiring over longer periods of operation for big jobs, and compact enough to permit working easily in corners and other spots. Minimized Hand Vibration The turbine motor of FS100C and the singleball air motor of FS50A are mounted directly onto the sanding pad to minimize the discomfort of hand vibration and lessen operator fatigue caused by vibration. This along with excellent control results in a finer finish on all surface materials.

Superlight, Quiet New lowvibration sander Small and Lightweight for Comfort and Convenience Free Sander fits the hand like a glove. It's humanengineered to less tiring over longer periods of operation for big jobs, and compact enough to permit working easily in corners and other spots. Minimized Hand Vibration The turbine motor of FS100C and the singleball air motor of FS50A are mounted directly onto the sanding pad to minimize the discomfort of hand vibration and lessen operator fatigue caused by vibration. This along with excellent control results in a finer finish on all surface materials.

CONTINUOUS TROWALIZING OF NON-SENSITIVE PARTS The AV range of continuous units allows you to continuously process large quantities, with no need to interrupt the mass finishing process to add new workpieces. Thanks to the trough-shaped work bowl, you can process small and medium non-sensitive mass-produced parts (punched parts, die-cast parts, etc.), as well as larger parts (oil tanks, cylinder head covers, etc.). THE BENEFITS AT A GLANCE Continuous workpiece processing Interruption-free workpiece loading Trough-shaped work bowl Easy to integrate in fully automated mass finishing processes Simple material handling without batch loading

• in square-edged, strong design • crafted from zinc diecast material • satin finish

Riga Prime FR Birch plywood ( Riga Ply, BB) overlaid with a fire retardant primer on one or both faces, thus decreasing fire reaction. Plywood is less combustible and it is harder to burn. Fire retardant properties are on primed sides only. Fire classes In accordance with the standard EN 13501 Riga Prime FR meets requirements of fire classes: B-s1 d0 Bfl-s1 Application Anywhere where high fire safety is required. Recommended for indoor use as subflooring, ceilings, and partition walls in rooms with low humidity, for example, conference rooms, theatres, cinemas, exhibition halls and retaurants. Not recommended for outdoor use, for rooms with high humidity, in direct sunlight and subject to heavy mechanical load. Advantages Significantly slows down flame spread, reduces heat and smoke development, and ensures extra evacuation time in the event of fire. Riga Prime FR can be painted and glued. Finishing material can affect conformity to the fire class. The primer does not affect plywood physical-mechanical properties. Sizes 1220 mm x 2440 / 3050 mm 1250 mm x 2500 / 3000 mm 1500 mm x 2500 / 3000 mm 1525 mm x 2400 / 3050 mm 2500 mm x 1250 mm Cut-to-size panels and machined panels available in accordance with the customers' requirements. Thicknesses 4, 6.5, 9, 12, 15, 18, 21, 24, 27, 30, 35, 40, 45, 50 mm.

Riga Ignisafe Birch plywood impregnated with fire retardant. Types Riga Ply (raw plywood), BB/BB, BB/WG or WG/WG Riga Form overlaid on one face with a dark brown phenol film (F I/BB, F I/WG) Fire classes / standards It is possible to impregnate in conformity with: C s1 d0 (C class) according to EN 13501 (application – walls and ceiling) B s1 d0 (B class) according to EN 13501 (normally required in higher risk areas such as escape routes and staircases) M1 class according to French Standard NF F 16101 (requirements for materials with application in railway industry) Application Anywhere where high fire safety is required – mostly in transport and building industry. Riga Ignisafe is normally for interior applications (epoxy, polyurethane and alkyd paints are recommended) In outdoor use the surface must be protected by paint (water-soluble latex paint) Finishing material can significantly affect conformity to the fire class. Painting should be done according to the paint manufacturer's instructions. Riga Ignisafe must not be heated above 100 0C. Advantages Riga Ignisafe significantly slows down fire spread, reduces heat and smoke generation, ensures extra evacuation time, thus saves lives and restricts damage costs Riga Ignisafe can be painted and glued Overlaying Riga Ignisafe is without overlay or is overlaid on one face with a dark brown phenol film. Impregnation Plywood is impregnated with a fire retardant. Impregnation can affect strength parameters; however they will exceed standard minimum requirements. Sizes 1220 mm x 2440 mm 1250 mm x 2500 mm 1220 mm x 3000 mm 1250 mm x 3000 mm Cut to size panels and machining available in accordance with the customers’ requirements. Thickness 9, 12, 15, 18, 21, 24 mm. Other thicknesses available upon requests.

Riga Ply Birch plywood sanded on both the faces. Birch plywood has a wide range of application. Plywood is composed of 1.4 mm thick veneers by cross bonding. Riga Ply is the basis for all other types of plywood products. Grades B (I) - for high quality painting, staining and lacquering. S (II) - for good quality painting, staining and lacquering. BB (III) - standard grade (plugged), for interior paint finish and coating with transparent and non-transparent thicker overlays and films, and also veneering. WGE - plywood of WG grade without open defects (repaired with epoxy filler), for coating with non-transparent finishing material. WG (IV) - for use where surface appearance is not important, reverse grade. Advantages Environmentally friendly, durable, easily workable. Applications Riga Ply has a wide range of application for interior and exterior use: building and construction, transport, packaging, furniture, joinery, sports equipment, children toys and other applications. Sizes 1220 mm x 2440 / 3050 mm 1250 mm x 2500 / 3000 mm 1500 mm x 2500 / 3000 mm 1525 mm x 2400 / 3050 / 3660 mm 2150 mm x 3050 / 3340 / 3850 mm 2500 mm x 1250 mm Long grain birch plywood panels with the length up to 2500 mm are also available. Cut-to-size panels and machining available in accordance with the customers' requirements. Thicknesses 4, 6.5, 9, 12, 15, 18, 21, 24, 27, 30, 35, 40, 45, 50 mm.