18941 Results for: "Furnace Cap Hood"

Supplier: Bohlender

b.safe waste tubes can be connected to the canister by means of these b.safe system waste caps and solvents can be collected safely. Solvent vapours are held back by the exhaust filter with activated carbon or can be led to the hood by means of a venting hose.

Supplier: Bohlender

Integrate b.safe system caps and b.safe funnels in laboratory hoods or working tables. Liquid solvent waste can be lead directly into canisters via b.safe waste pipes.

Supplier: Bohlender

To avoid spill over of canisters through the connection of a waste cap capacitive to a b.safe Display for electronic level control. With the use of b.safe waste tubes, solvent waste is led directly into the canister, solvent vapours are held back by the exhaust filter with activated carbon or can be led to the hood by means of a venting hose.

Supplier: Bohlender

Integration of b.safe System Caps and b.safe Funnels in laboratory hoods or working tables. Liquid solvent waste can be led directly into canisters via b.safe Waste Tubes with screw connection GL 25.

Supplier: Bohlender

b.safe waste tubes can be connected to the canister by means of these b.safe system waste caps and solvents can be collected safely. To avoid spill over of canisters through the connection of a Waste Cap to a b.safe Display for electronic level control. The filling levels of waste containers in laboratory cupboards and workbenches can be reliably monitored. With the use of b.safe Waste Tubes, solvent waste is led directly into the canister, solvent vapours are held back by the exhaust filter with activated carbon or can be led to the hood by means of a venting hose.

Supplier: Bohlender

b.safe waste tubes can be connected to the canister by means of these b.safe system waste caps and solvents can be collected safely. To avoid spill over of canisters through the connection of a Waste Cap to a b.safe Display for electronic level control. The additional pre-alert enables the user to provide exchange containers for big volumes of waste e.g. before the end of work or the weekend. Reliable monitoring of the filling levels of waste canisters in laboratory cupboards and workbenches. With the use of b.safe Waste Tubes, solvent waste is led directly into the canister, solvent vapours are held back by the exhaust filter with activated carbon or can be led to the hood by means of a venting hose.

Supplier: asecos

Powder coated steel tube with wall mount and flat hoods. Can be easily fastened onto workbenches, tables. It can be easily adjustable has suction valve with swivel function.

Supplier: Basan

Size adjustment type protection cap with the size adjustable head band, light weight (general: 107 g, extra-large: 120 g). It is washable, simple treatment, little dust and may put on under the hood or the hat. Can adjust the depth.

Supplier: Dräger

The powered air-purifying respirator (PAPR) X-plore 8000 offers a number of user friendly standard and specialised carrying systems for standard and decontamination applications. Dräger has also developed a wide range of tight- and loose-fitting headgear such as half and full-face masks, short and long hoods and helmets with visor and protective visor. Standard and enhanced flexibility hoses are available and compatibility is ensured. Modular components: A wide range of components for every application.

Supplier: Merck

Magnesium matrix modifier for graphite furnace AAS.

Supplier: Merck

Palladium matrix modifier for graphite furnace AAS.

Supplier: Merck

Ammonium dihydrogen phosphate 100 g/l in water phosphate modifier for graphite furnace AAS, Supelco®

Supplier: NABERTHERM

Using chimney with fan exhaust gases are better removed from the furnace and discharged.

Supplier: VWR Chemicals

The VWR® Matrix modifier solutions have especially been developed for use in GF-AAS to eliminate matrix effects. They can be used either diluted or as mixtures.

Supplier: NABERTHERM

Hardening boxes are suitable for heat treatment under protective gas and are equipped with a protective gas intlet and outlet. For furnace models such as N 61/H with downward opening doors, the gas ductway is laid through the upper section of the door collar and for larger furnaces with upward opening doors, the supply line is laid through the lower furnace collar.

Supplier: NABERTHERM

Quartz glass tube with pimple, 106×100×1540 mm, for Tmax. 1100 °C and 1300 °C models, For: RSR 120 - 500

Supplier: NABERTHERM

Accessories for muffle furnaces, L 1/11-L 40/12 and LE 1/11 - LE 14/11

Supplier: NABERTHERM

These forced convection chamber furnaces provide good temperature uniformity. Due to their compact benchtop design, this series is very well suited for use in laboratories or areas with limited space.

Supplier: NABERTHERM

Accessories for high-temperature furnaces

Supplier: Thermo Fisher Scientific

Graphite electrodes are used mainly in electric arc furnace steel production.

Supplier: VWR Chemicals

The VWR® Matrix modifier solutions have especially been developed for use in GF-AAS to eliminate matrix effects. They can be used either diluted or as mixtures.

Supplier: NABERTHERM

These compact tube furnaces with a SiC rod heating and integrated switchgear with controller can be used universally for many processes. They represent an inexpensive variant in the high-temperature range. The standard mounting options for accessories make them flexible for use in a wide range of applications.

Supplier: VWR Chemicals

The VWR® Matrix modifier solutions have especially been developed for use in GF-AAS to eliminate matrix effects. They can be used either diluted or as mixtures.

Supplier: NABERTHERM

These tongs are used for the easy loading and unloading of furnaces.

Supplier: VWR Chemicals

The VWR® Matrix modifier solutions have especially been developed for use in GF-AAS to eliminate matrix effects. They can be used either diluted or as mixtures.

Supplier: VWR Chemicals

The VWR® Matrix modifier solutions have especially been developed for use in GF-AAS to eliminate matrix effects. They can be used either diluted or as mixtures.

Supplier: NABERTHERM

These compact tube furnaces are used when laboratory experiments must be performed horizontally, vertically, or at specific angles. The ability to configure the angle of tilt and the working height, make these tube furnaces suitable for integration into existing process systems.

Supplier: NABERTHERM

The durability of the SiC rods in periodic use, in combination with their high heating speed, make these high-temperature furnaces good all-rounders in the laboratory. Heating times of 40 minutes to 1400 °C can be achieved, depending on the furnace model and the conditions of use.

Supplier: NABERTHERM

These furnaces feature heating elements on supporting tubes that radiate freely into the chamber, ensuring particularly short heating times. With the robust lightweight refractory brick insulation, they can reach a max. working temperature of 1300 °C.

Supplier: Thermo Fisher Scientific

Carbon black ≥99.9%, acetylene, 100% compressed