Aluminum adhesive tape50mm wide / 50m long / temperature resistantExcellent for interlocking self-adhesive insulating mats or for fixing detached corners back to the tool.

ThTheese nozzles are operated with machine compressed air and are used to heat smaller areas of rotational mould selectively, thus enabling a targeted build-up of the plastic wall thickness. In contrast to Venturi nozzles, these air nozzles cannot directly amplify the air flow by sucked-in air, but they do lead to a strong air turbulence and thus create a suction effect.

Permanently elastic metal flex hose with stainless steel mesh and Teflon inliner to compensate movements. Due to the construction, these hose will only absorb very little heat.   4 Standard lengths available – or custom cut:   300mm  / 500mm  / 750mm /  1.000mm    Stainless-steel: Outer Ø 11,8 mm   PTFE-Inliner: Inner Ø 8,1 mm   Outer Ø 10,1 mm       Pressure up to 200 bar   Fitting: male G 3/8 / female G 3/8       Recommended fittings for other accessories   1) Venturis = Double Adapter G 1/8 to G 3/8    2) Coupling (Automatic / Semi-Automatic) = G 3/8   3) Ejector = Double Adapter with G 3/8  

Thin-walled corrugated stainless steel pipe incl. 3/8 connection with 2 union nuts Due to the design and maximized surface area, the compressed air is heated in the furnace chamber (or cooled in the cooling station) and thus additionally improves the efficiency of connected venturi or air nozzles. Due to the profiling of the tube, a deformation is simply possible by hand, but not designed to withstand permanent movement / deformation.

Air-Jector This is a pneumatic demolding aid that is used on planar surfaces in the mold. The plate, which has a diameter of 35 mm, presses against the part to be demolded from the inside with a 35 mm stroke and thus lifts it out of the mold shell a little. This simplifies the removal of parts that are difficult to demold and ensures damage-free handling of the removal.

Cost-effective and handy anemometer for quantifiable measurement of the air flow under a Venturi nozzle. Essential instrument for optimal adjustment of Venturis and also for recording the correct function.

Bei diesem Artikel handelt es sich um eine Aufnahme (Aluminium) mit einem PTFE-Halter, welcher mit einem Sitz für das entsprechende "Vent" versehen ist. Stahl Ø 30x20mm + PTFE Ø 20x50mm - für LS08 Stahl Ø 40x20mm + PTFE Ø 30x75mm - für RJ1 & VG13 Stahl Ø 50x75mm + PTFE Ø 50x75mm - für M19 & B19 Weitere Größen auf Anfrage möglich!

BMC cleaner blue - a liquid cleaner recommended for all types of BMC coating provided by Maus GmbH, or to be used as general mould cleaner. Removes all sorts of surface contamination such as pigments, release agents, etc. Available in 1000 ml spray bottle or 5 liter canister

BMC foam cleaner - an environmentally friendly foam cleaner recommended for all types of BMC coating provided by Maus GmbH - can also be used as general mould cleaner. Removes all sorts of surface contamination such as pigments, release agents, etc. Speciality: by spraying onto the mould surface, the cleaner foams up and remains even on vertical walls, thereby very efficiently for losensing up of contaminations. Available in 1000 ml spray bottle or 10 liter canister

Robust and inexpensive manual clamp for closing smaller to medium sized rotational moulds, clamping of mould loose parts, etc. Attachment to the steel frame of the rotary mould by screwing or welding. Very compact design, ideal for tight machine configurations. Available in 2 sizes (handle length), 1 variant with additional safety pin (ideal for loose parts) and a stainless steel variant (with small handle only). Attention - delivery without counterholder, please select separately

 C100 Refresher: Is a reactivating solution specifically for the C66 coating (Edelweiss) to recreate the lost release properties of the C66 coating. this is how it is done:carefully rub the approx. 50 - 60°C warm tool with a soaked microfiber cloth on the affected areas. After a short soaking and airing time of approx. 1min, the tool is ready for use again. C100 can also be diluted 1:1 with demineralized water. 

For residue-free cleaning and degreasing of bearings, machine parts and injection moulds/tools. Also suited for warm tools. Removal of grease, oil, resin, dirt and remains of sealings. Typical applications: injection molding, food and pharmaceutical industry, engineering and plant equipment, automotive industy etc. Note: This high-performance cleaner can be used for applications where technically inevitable contact with food or food packiging may occur.

The standard Maus date clock is Ø 20mm and is characterised by its simplicity and user-friendliness. The date clock consists of an outer ring (months) and an adjustable indicator stamp inside (year marker). Both parts are made of brass and therefore offer good thermal conductivity as are corrosion resistant. On the outer ring the months are represented by numbers from 1 to 12. The replaceable year stamp serves as a pointer for the production months and is fixed to the desired position by a wing nut (or loosened if necessary). (other sizes or special solutions such as weekly, daily or shift clocks are available on request).

The most frequently occurring rework on rotomoulded plastic products is the removal of the burr (or so called flash or seam) in the area of the partinglines of the mould halves, the so-called "trimming". For this activity, depending on the product size or geometry a variety of different tools are in the market. For a more professional deburring of your plastic products, we have three different deburring knives in the program, which are specially designed for trimming of rotomoulded products. This deburring tool has a curved profile and can also be used in relatively narrow, somewhat inaccessible places. The cutting edges are protected in the two recesses and thus minimize the risk of injury when deburring. The ground and sharpened opening is pressed on the burr - by pulling towards yourself the flash is taken away. Due to the pulling movement rather than pushing, cutting or stabbing injuries are safely avoided.  

The most frequently occurring rework on rotomoulded plastic products is the removal of the burr (or so called flash or seam) in the area of the partinglines of the mould halves, the so-called "trimming". For this activity, depending on the product size or geometry a variety of different tools are in the market.   For a more professional deburring of your plastic products, we have three different deburring knives in the program, which are specially designed for trimming of rotomoulded products.   Deburring profile with metal handle The sturdy metal handle of this deburring knife fits well in the hand and contains a holder for interchangeable blades. The profile is supplied with a blade but you can also order spare blades separately. Due to the "V-profile" of this cutting blade, a easy guidance on the plastic burr is possible, as the burr always centers in the middle of the V-Profile. The flattened contact surface of the blade prevents too deep penetration into the plastic part, to avoid unattractive notches and scratches.   Deburring knife with wooden handle Similar to the metal handle tool, the cutting edge of this deburring knife is also "V-shaped" to allow a clean guide on the plastic burr. The flattened contact surface prevents a too deep penetration into the plastic surface in order to avoid unattractive notches and scratches.   However, the design of this deburring knife is much more robust and is therefore ideal for deburring particularly large plastic products (e.g. large tanks, barrels ...).    

Moulding in thread-inserts into a rotational moulded plastic part, is a common practice and is vital for producing multifunctional plastic parts. While such thread-inserts could be easily held with a simple screw inside the mould - the time and labour needed to screw and unscrew the inserts would negatively influence the cycle-times and production cost. With a “Snap-Sert” we offer a much more efficient and comfortable system to fix the thread-inserts inside the mould cavity. The Standard Snap-Sert utilizes a spring loaded ball to securely clamp the plugged-on insert inside the mould. During the moulding process, plastic will build-up around the insert and will form a strong connection to the plastic part.   Being located in demoulding direction the insert will automatically be pulled off the Snap-Sert when demoulding the plastic part. In combination with a „push-bar-clamp” or “Helix” assembly  the Snap-Sert can also be applied to areas that aren’t in demoulding direction. The retraction systems will be used to pull out the Snap-Sert before demoulding the plastic part, so the thread insert is released from the fixing pin.     The Standard Snap Sert is made of Stainless Steel and is available for fixing M4, M5, M6, M8, M10 and M12 inserts.   NOTE: For a secure and tight fixing with the Standard-Snap-Sert, the core or bore hole of the thread-inserts must apply to tolerance H7. (This relatively close tolerance results in higher priced inserts. For using less expensive inserts a Double-Snap-Sert is available)   The „Double-Snap-Serts“ features two holding balls instead of just one and is also manufactured in Stainless Steel. With these two balls, the Double-Snap-Sert permits the application of inexpensive thread-inserts with a wider tolerance (like they are i.e. used in the furniture industry). The Double-Snap-Serts are available for fixing M5, M6, M8 or M10 inserts.    With the „Hot-Sert“ system we can offer you another special solution. This variation features   also two holding balls but the threaded shaft is manufactured in a copper-beryllium alloy. This alloy has a very fast heat transfer which results in an extensive plastic build-up around the thread-insert. Very helpful for applications in which the thread-inserts are located in mould areas that are hard to heat up or applications where the moulded-in inserts have to withstand big torque forces. The Hot-Serts are available for fixing M5, M6 or M8 inserts.   Other designs and sizes are available on request.

Sturdy manual clamp made of cast iron for closing of medium to large rotational moulds, with integrated safety latch for maximum closing safety, attached to the moulds steel frame by welding. Attention - delivery without counterholder, please select separately   Cast Knuckle Counterholder made of cast iron, very compact hook for welding to the frame Laser hook Laser-cut steel counterholder, for welding to the frame, Due to the ingenious contour, the counterholder can be used for clamping, but also for pressing/levering the moulds.

Standard Dropboxes (insulated stainless steel container with lid, inner surface with permanent release coating, pneumatic cylinder for operating the Maus-Hole plunger).

filter-vents is a one way venting technology for small rotational molding that accelerates the sintering process, improves the surface finish of parts, does not restrict part shrinkage, and ultimately shortens cycle times. The filter vent is intended as a disposable solution and needs to be replaced after every cycle.     easy installment, easy replacement  The Ø 7.8mm filter is stuck directly into a hole in the mould wall (or Teflon pipe). After each cycle, the filter is pulled out and replaced with a new one  The Ø 15mm filter is intended only as a plug for a matching Teflon tube. The filter is hidden in the tube and not exposed to direct heat. Reproducibility, no deviating breathing properties from cycle to cycle  most cost-effective venting solution   "

An air-operated ejector to release the vacuum between the mould wall and the plastic part. Supplied external compressed air lifts the spring-loaded valve and allows the air to flow out between the mould wall and the moulded plastic product - releasing the vacuum - and assisting the demoulding process with a light film of air.   The ejector has a valve diameter of 20mm and is available for mounting on Aluminium or steel moulds. Please select accordingly. The outer shell of the ejector is welded directly to the mould skin.

This plastic flange scraper was specially developed for removing material residues from mould flanges or parting lines. Especially for this application, the injection-moulded glass-fibre reinforced polyamide (PA6 GF) used is extremely robust and yet gentle when cleaning aluminium mould flanges. The ergonomic flange scraper prevents damages to the mould flanges and thus helps to maintain the quality of the mould separations. As a substitute for the metal spatulas, knives or similar normally used for cleaning, the flange scraper also reduces the risk of injury to employees.   Made in Germany  

Flange scraper   Simple plastic flange scraper for removing plastic residues from mold partitions between production cycles. Gentle on molds and especially on coatings.

Curved flat bar guidance, to be welded to steel frames of mould half. Easy pre-centering system for closing/opening mould halfes, reduces the chances of damaging moulds during closing/opening operations.

Praktisches Entgratwerkzeug für Kunststoffteile. Dieses Werkzeug ist leicht in Hand und Handhabung. Der Vorteil gegenüber herkömmlichen Entgratwerkzeugen liegt in der Klinge. Sie bietet eine breite Auflagefläche für Stabilität und ist doch scharf wie eine Rasierklinge.