Machining Once the MetalGrade Rebuild has Cleaning

3.06 procedure will result in application equipment becoming unusable.

6. Health and safety

As long as normal good practices are observed MetalGrade Rebuild can be safely used. A fully detailed Material Safety Data Sheet is included with the set. The information provided in this Instruction for use sheet is intended as a general guide only. Users should determined the suitability of the product for their own particular purposes by their own tests. 30

3. Application

Prepared surfaces should be dry. Using the Spatula provided, the mixed material should be pressed firmly onto the prepared area, working the material into any cracks and surface defect. If Reinforcement Bandage is used to strengthen the repair, the bandage should be impregnated with MetalGrade Rebuild, or the bandage should be laid over the surface of the MetalGrade Rebuild and pressed into the surface. Additional MetalGrade Rebuild should then be applied over the surface. Once the MetalGrade Rebuild has reached initial set the material can be separated from surfaces treated with release agent. When MetalGrade Rebuild is being used to repair leaking pipes, the flow through the pipe should be discontinued until the repair is made and the MetalGrade Rebuild is set. Any leaking fluid must be wiped from the prepared surface before undertaking the repair.

4. Machining Once the MetalGrade Rebuild has

cured for the minimum time indicated in the Curing Properties Section of the product specification sheet, sanding, grinding and machining etc. can be carried out using standard engineering practices.

5. Cleaning

All equipment should be cleaned IMMEDIATELY after each use with a cleaner. Failure to follow this Flange rebuilt Worn impeller shaft 3.06 303 3.06 304 Product specification sheet – Hi-Temp Paste will begin to dry and skin immediately when the pouch is opened, although sub-surface phase will not dry fully for 16–4 hours Best applied when the ambient temperature is: 7 °C to 35 °C45 °F–95 °F Option 1 Air dry for 16–4 hours then gradually raise temperature to operating conditions. Water blisters may appear if transition through 100 °C 10 °F is too rapid. Option 2 Air dry for 5–7 hours then cure at 100 °C 10 °F for –4 hours prior to operation. Application data Product Description Mixing ratio Pot life mins working life Ready for use as supplied only stir and squeeze out 15 Curing time Service temperatures Maximum temp. Minimum temp. + 1093 °C000 °F - 40 °C- 40 °F With all kits comes 5 x pair of Gloves, 1 pc. Working data sheet, 1 pc. Safety Data Sheet Identification Pouch with metallic grey paste Technical data Specific Gravity 1,56 gcm 3 Chemical resistance This product is resistant to a wide range of acids, bases and solvents. However, immersion service is not recommended due to its slightly porous structure. Health and Safety As long as good practice is observed MetalGrade Hi-Temp can be safely used. Wearing of rubber gloves is advisable during use. Prior to using this product please consult the Safety Data Sheet provided with each packaged product. Phys Mec properties Coefficient of thermal expansion ASTM E-831-93, °C -1 8x10 -6 6 hours at room temp. 0,6 MPa 90 psi 4 hours at room temp. 1,9 MPa 80 psi Shear Strength 6 hours at room temp. + ASTM D 100 1 hour at 00 °C 400 °F ,7 MPa 390 psi 4 hours at room temp. + PRODUCT NAME PRODUCT NO KIT CONSISTS OF APPLICATION Metal Grade HI-TEMP Product No 101-663427 10 pcs. pouches For use on hight Kit weight 40 g.e wrepair compound temperature 5 pair of gloves applications 1 Working Data Sheet 3.06 305 Instructions for use Before proceeding, please read the following information application carefully to ensure that proper procedures are fully understood. Metal Grade Hi-Temp repair compound is a ceramic and stainless- filled one-part water based paste. It is formulated using the most advanced inorganic resin technology and is temperature resistant up to 1093 °C 000 °F. Hi-Temp is used to seal joints, defects, cracks and voids in cast iron, steel and stainless steel. NB. Hi-Temp should not be used on aluminium or aluminium alloys.

1. Surface preparation