Made in UK.
All coulours in images are for illustration purposes, please see listing for colour.
THIS IS NOT A SILENCER/MODERATOR. THIS IS NOT A FIREARM PART. IT IS A PLASTIC HOLDER.
Please note that the products may have slight imperfections as 3D Printing is rarely perfect. The exact product you receive may also slightly vary from the product photos as I iterate and improve upon designs based on user feedback.
Care Guide for 3D Prints Made of PLA+ and PETG
Thank you for purchasing your 3D-printed item! To ensure its longevity and maintain its appearance, please follow these care instructions tailored for PLA+ and PETG materials.
General Care Tips
Handling:
Avoid dropping or applying excessive force to your 3D print, as this can cause cracks or deformation.
Handle with clean, dry hands to prevent oils or dirt from affecting the surface finish.
Cleaning:
Dust your print gently with a soft, dry cloth or a microfibre cloth.
For stubborn dirt, use a damp cloth with mild soap. Avoid abrasive cleaners or solvents, as they can damage the surface.
Do not submerge PLA+ prints in water for extended periods, as they can absorb moisture over time.
PLA+ Specific Care
Heat Resistance:
PLA+ is sensitive to heat. Avoid leaving your print in direct sunlight, near heaters, or in cars on hot days, as it may warp or deform.
Ideal storage temperature is below 50°C (122°F).
Storage:
Store PLA+ prints in a cool, dry place away from humidity to prevent degradation.
Use silica gel packs to keep the storage environment dry if necessary.
PETG Specific Care
Heat Resistance:
PETG is more heat-resistant than PLA+, but prolonged exposure to temperatures above 70°C (158°F) may still cause warping or softening.
It is suitable for outdoor use but should not be left in extreme conditions for extended periods.
Chemical Resistance:
PETG is resistant to most chemicals, but avoid prolonged contact with strong solvents or alcohol-based cleaners.
Rinse with water immediately if exposed to corrosive substances.
Flexibility:
PETG is more flexible than PLA+ but can still crack under excessive stress. Handle with care to prevent damage.
Long-Term Maintenance
Repairs:
Minor cracks or breaks can often be repaired using cyanoacrylate glue (super glue). For PETG, epoxy adhesives may provide a stronger bond.
Sanding and repainting can restore the appearance of worn or scratched areas. Use fine-grit sandpaper and PLA/PETG-compatible paints.
Protective Coating:
To enhance durability, consider applying a clear, UV-resistant spray coating to protect against sunlight and wear.
Recycling and Disposal
Both PLA+ and PETG are recyclable, but check your local recycling guidelines to ensure proper disposal.
PLA+ is biodegradable in industrial composting facilities, though this may not apply to home composting setups.
By following these guidelines, your 3D-printed items will remain in excellent condition for years to come. If you have any further questions about care or maintenance, please feel free to contact us.
About Me
Hi, I?m Dan. I joined the British Army at 17 and served until 2007 before working in close protection. In 2016, I was injured during the Taliban attack on the Northgate Hotel in Afghanistan, which left me with a few injuries and PTSD.
Since then, I?ve turned my focus to something positive ? designing and 3D printing tactical and shooting gear through my small business, DRTYFOX.com.
Everything I make is built with care, attention to detail, and real-world experience behind it.
Buying from me means you?re supporting a British veteran doing his best to make a living doing what he loves.