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LOCTITE PC 7202 FixMaster Marine Chocking, A&B - 10kg (self-leveling epoxy resin for machine foundation)
No.
IDH.1564701
Price
LOCTITE PC 7202 FixMaster Marine Chocking, A&B - 10kg (self-leveling epoxy resin for machine foundation)
Product description:
LOCTITE PC 7202 is a two-part epoxy chocking system. It is recommended for the installation of main engines and otherequipment. Its high compressive strength withstands maximum loads. Typical applications include installation of main engines, drive engines, winches, hoists, and deck mounted equipment. Further information about the product: biuro@woronko-kleje.pl
Steps to achieve the best adhesive results:
Surface Preparation
1. Store kits at 15 °C to 25 °C for at least 24 hours before beginning the chock pour.
2. Bedplates and machinery should be at least at 15 °C to ensure complete flow.
3. Once the engine is in position, install sides and backs of dams for the chocks in a thickness of 12 to 70 mm. Check dams with a flashlight to assure tightness. When a thicker chock is required, use the multiple pour technique. Allow each pour to set and cool before proceeding. Subsequent pours should be made within 12 hours of previous pour.
4. Apply general-purpose weather stripping to the front edge of bedplates that will be in direct contact with epoxy excess to eliminate cracking.
5. Release agent or grease should be used in the prepared chock area and on exposed anchor bolts to facilitate chock removal for realignment.
6. Position front dams using an angle iron large enough to permit a minimum of a 12.5 mm head above the bedplate surface. Position dams from 16 to 19 mm away from bedplate edges.
Mixing
1. Check Marine Chocking temperature and bedplate temperature.
2. Add the required amount of hardener (per the reduction chart) to the contents of the resin can and mix with a heavy-duty drill for 1 to 5 minutes or until mixture is homogeneous. Mix at moderate speed, but do not allow a vortex to form. If the mixer vortexes, air will be drawn in which will cause bubbling of the chocking compound. Let the mixed product stand for 3 to 5 minutes to de-aerate.
Application Method
1. Pour chocks from one corner to maximize the escape of air and assure good surface contact. At 25 °C working time is approximately 10 to 15 minutes.
2. Allow chocks to cure the following minimum times before torquing bolts and checking alignment:
-35 hours at 15 °C
-24 hours at 21 °C
-16 hours at 26 °C
-11 hours at 32 °C.
Storage:
Store product in the unopened container in a dry location. Material removed from containers may be contaminated during use. Do not return liquid to original container. Storage information may be indicated on the product container labeling. Optimal Storage: 8 °C to 21 °C. Storage below 8 °C or greater than 28 °C can adversely affect product properties. Henkel cannot assume responsibility for product which has been contaminated or stored under conditions other than those recommended.
Parameters:
Cure Time at 25 °C, hours : 24 Working Time at 25 °C, minutes : 10 to 15 Gel Time (Orange) at 25 °C, minutes:
-400 g mass : 33 to 47 Gel Time (Green) at 25 °C, minutes:
-400 g mass : 38 to 45 Shore Hardness, ISO 868, Durometer D : 90 Tensile Strength, ISO 527-2 N/mm² : 38 Compressive Strength, ISO 604, N/mm² : 150 Compressive Modulus, ISO 604, N/mm² : 2,760
Full technical information can be found in the technical data sheet.
LOCTITE PC 7202 is a two-part epoxy chocking system. It is recommended for the installation of main engines and otherequipment. Its high compressive strength withstands maximum loads. Typical applications include installation of main engines, drive engines, winches, hoists, and deck mounted equipment. Further information about the product: biuro@woronko-kleje.pl
Steps to achieve the best adhesive results:
Surface Preparation
1. Store kits at 15 °C to 25 °C for at least 24 hours before beginning the chock pour.
2. Bedplates and machinery should be at least at 15 °C to ensure complete flow.
3. Once the engine is in position, install sides and backs of dams for the chocks in a thickness of 12 to 70 mm. Check dams with a flashlight to assure tightness. When a thicker chock is required, use the multiple pour technique. Allow each pour to set and cool before proceeding. Subsequent pours should be made within 12 hours of previous pour.
4. Apply general-purpose weather stripping to the front edge of bedplates that will be in direct contact with epoxy excess to eliminate cracking.
5. Release agent or grease should be used in the prepared chock area and on exposed anchor bolts to facilitate chock removal for realignment.
6. Position front dams using an angle iron large enough to permit a minimum of a 12.5 mm head above the bedplate surface. Position dams from 16 to 19 mm away from bedplate edges.
Mixing
1. Check Marine Chocking temperature and bedplate temperature.
2. Add the required amount of hardener (per the reduction chart) to the contents of the resin can and mix with a heavy-duty drill for 1 to 5 minutes or until mixture is homogeneous. Mix at moderate speed, but do not allow a vortex to form. If the mixer vortexes, air will be drawn in which will cause bubbling of the chocking compound. Let the mixed product stand for 3 to 5 minutes to de-aerate.
Application Method
1. Pour chocks from one corner to maximize the escape of air and assure good surface contact. At 25 °C working time is approximately 10 to 15 minutes.
2. Allow chocks to cure the following minimum times before torquing bolts and checking alignment:
-35 hours at 15 °C
-24 hours at 21 °C
-16 hours at 26 °C
-11 hours at 32 °C.
Storage:
Store product in the unopened container in a dry location. Material removed from containers may be contaminated during use. Do not return liquid to original container. Storage information may be indicated on the product container labeling. Optimal Storage: 8 °C to 21 °C. Storage below 8 °C or greater than 28 °C can adversely affect product properties. Henkel cannot assume responsibility for product which has been contaminated or stored under conditions other than those recommended.
Parameters:
-400 g mass : 33 to 47
-400 g mass : 38 to 45
Full technical information can be found in the technical data sheet.
