Steel wedges - Import export

Steel, nitrile rubber. Note: The low non-slip levelling wedge is suitable for loads of up to 2 tonnes. The levelling wedge provides a large support surface with a nubbed structure made of nitrile with a hardness of Shore 80. Using the flat angle of the wedges, the height of the levelling wedge can be adjusted by 0.15 mm per turn of the screw. The vulcanized non-slip layer provides durable insulation from vibrations, noise, and corrosive media.

Forged and hardened steel splitting wedge. Epoxy powder coating.

Technical data Design Gate valve, with internal spindle, acc. to DIN 3352/4A, soft sealing, maintenance free. For the use of process water and wastewater. Features • The inside and outside surfaces of the valve are FBE-coated. • In case of leakage of the stem seals, the seals can be replaced under media pressure. • Low dead space and the flat valve seat guarantee a great flow characteristic and prevent product deposition. • Bidirectional pressure discharge. • Permission and marking acc. to directive 97/23/EG (Pressure Equipment Directive) Face to face EN 558-1 Row 14 (former DIN 3202 F4) Connection Flange DN40 … DN150, PN16 drilled, Flange DN200 … DN400, PN10 drilled. Flanges DN65 – PN16 will be delivered in 4-hole execution! Mounting position vertical preferred Pressure Range PN10 … PN16, see table Temperature Range 0°C … +80°C Material Body: GGG-50, FBE-coated Stem: Stainless steel Wedge: GGG-40/Brass/EPDM (NBR on request) Stem seals: EPDM (NBR) The above information is intended for guidance only and the company reserves the right to change any data herein without prior notice!

The Neoarm series includes structural bearings of reinforced elastomer, consisting of an elastomeric block in which steel laminates hot vulcanized to the rubber are inserted on multiple laminates, with the main purpose of minimizing the swelling and slipping of the rubber under load. Neoarm structural bearings in general are used if the span of the beam does not exceed 20 m, if rotations are not extreme, if displacements are small and horizontal thrusts are limited. Nevertheless, they are sometimes made in large dimensions. By vulcanizing a wedge-shaped steel plate to the upper surface of the rubber, it is possible to install this type of bearing under beams of considerable slope. Notes: Even if elastomeric bearings are designed to consider shear movements, they should not be used to oppose permanent resistance against an external shear force applied on a constant basis. This means, for example, that they should be placed horizontally on the plane even if the deck is sloping. Please