On question of glues just to give a bit more detail on advice given.
The normal way of bonding plastic in model work is to use a solvent (or solvent glue). Not a glue in the sense that the glue drys to be part of the joint. You end up with the parts parts to be joined together softend by the solvent enough for the plastic parts to amalgamate into each other.
Two basic ways of doing this as has been mentioned.
The first to apply solvent to the parts to be joined together & then assemble the parts. Can be a bit messy & also it takes longer for the article to be handled. Also you have to be quick to put the parts together before the plastic begins to harden. The "glue" is called Poly cement Revell & Airfix market this product. Use to much solvent & the plastic will actually melt the plastic to much possibly distort. It then also takes an age for the plastic to cure.
Second is wicking (or capillary). The parts are first assembled clamped or taped together. After assembly of the parts to be joined the solvent is applied to the joint with a brush which is in the solvent glue cap. The glue which is very thin then wicks into the very tight joint & runs a distance along the joint. I use this method mostly & now, for instance, on two wing halves tape in four places then press the joints locally together with fingers & thumb & apply the solvent to the area pressed together ie I tack around the wing. Takes about 45 secs for the two pieces to gell together without pressure. After tacking I fill in between the tacks applying finger thumb pressure. This gives, with practice, a very accurate closed joint with a minimal amount of filling needed.
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This second method. Solvents. "Mr Hobby Mr Cement S" & "Tamiya Extra Thin". Mr Cement provides quicker times. Tamiya is slightly slower. warning make sure you do not get the stuff on the fingers as it will melt finger prints into the plastic. Also do not apply near to the taped joint as it will bond the tape to the plastic. This stuff can wick a long way along the joint.
Apologies for possibly blinding you with science at an early stage but starting out it is best to know different methods to avoid wasted expense.
Laurie
The normal way of bonding plastic in model work is to use a solvent (or solvent glue). Not a glue in the sense that the glue drys to be part of the joint. You end up with the parts parts to be joined together softend by the solvent enough for the plastic parts to amalgamate into each other.
Two basic ways of doing this as has been mentioned.
The first to apply solvent to the parts to be joined together & then assemble the parts. Can be a bit messy & also it takes longer for the article to be handled. Also you have to be quick to put the parts together before the plastic begins to harden. The "glue" is called Poly cement Revell & Airfix market this product. Use to much solvent & the plastic will actually melt the plastic to much possibly distort. It then also takes an age for the plastic to cure.
Second is wicking (or capillary). The parts are first assembled clamped or taped together. After assembly of the parts to be joined the solvent is applied to the joint with a brush which is in the solvent glue cap. The glue which is very thin then wicks into the very tight joint & runs a distance along the joint. I use this method mostly & now, for instance, on two wing halves tape in four places then press the joints locally together with fingers & thumb & apply the solvent to the area pressed together ie I tack around the wing. Takes about 45 secs for the two pieces to gell together without pressure. After tacking I fill in between the tacks applying finger thumb pressure. This gives, with practice, a very accurate closed joint with a minimal amount of filling needed.
"
This second method. Solvents. "Mr Hobby Mr Cement S" & "Tamiya Extra Thin". Mr Cement provides quicker times. Tamiya is slightly slower. warning make sure you do not get the stuff on the fingers as it will melt finger prints into the plastic. Also do not apply near to the taped joint as it will bond the tape to the plastic. This stuff can wick a long way along the joint.
Apologies for possibly blinding you with science at an early stage but starting out it is best to know different methods to avoid wasted expense.
Laurie
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