How to take a sample of a hot salt solution without it precipitating in the cooler glassware due to the difference in solubilities at different temps? I'm doing an investigation to see the effect of temperature on the solubility product of strontium hydroxide.

I made a supersaturated solution left in the oven overnight at 85°C for equilibrium to be reached. Now, I want to titrate it against $\ce{HCl}$, but when I try to pipette a 25 mL sample of the (very hot) solution, it quickly crystallises in the pipette due to the large difference in solubility at 85°C compared to room temperature.

(NOTE: doing at lower temperature is not an option.... )

One idea I can think of is to keep the glassware in the oven overnight with the solution so that it's more or less at the same temperature. (Then, I'd have to handle with a cloth, of course). However, I do not have access to an oven that is big enough to fit a pipette.

Hence, the only option I have is to use a cylinder rather than a pipette, but that would increase my uncertainties by A LOT.

Can anyone think of anything else that I could do? 
Would really appreciate any help.
Just use your room temperature volumetric pipette, and wash out the precipitate with water. The exact density at 85°C is going to be tricky anyway. The expansion coefficient of borosilicate you can find, and you need to measure or calculate (heat capacity of borosilicate, and your solution?!? IR thermometer?) the temperature of the solution.

You might think about using a second volumitric pipette with dest water, and wash everything into a beaker with known empty weight. 

Have fun with calculating the uncertainties! ;-)

Afterthought:
Fill the RT volumetric pipette from the hot solution. Wait until cooling (the filling should get lower, because water has a larger expansion coeff. than glass) and precipitation is complete. Now completely fill the pipette, the additional amount of solution will be rather small, and you don't need to wait again for quillibration.

Now weigh and titrate the solution&amp;precipitate (after washing out with a known volume of water). You know the density and molarity of cold strontium hydroxide solution, you know the density of solid hydroxide. I think that is sufficient information to calculate the concentration at 85°C.