The current Amazon listing for the BIQU CryoGrip Pro Glacier build plate identifies it as a 355 x 346 mm, double-sided fine-textured spring-steel plate for Bambu Lab H2D and H2S printers. This guide separates those listing specifications from the practical compatibility checks that matter before you put a large aftermarket plate into service.
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Check the H2D/H2S CryoGrip Pro on Amazon
BIQU CryoGrip Pro Glacier H2D/H2S specs at a glance
- Listed printer fit: Bambu Lab H2D and H2S
- Listed plate size: 355 x 346 mm
- Plate construction: removable spring-steel sheet
- Surface: double-sided fine-textured Glacier coating
- Listed PLA bed temperature: 45-55 C
- Listed PETG bed temperature: 60-70 C
- Listed ABS bed temperature: 100 C
- Other listed material support: PA and other filaments, with material-specific tuning still required
- Coating claim: seven-layer cobalt-oxide coating stack
- Removal: flex the plate; BIQU also suggests ten minutes in a freezer if a part remains unusually stuck
- Cleaning listed by BIQU: water, soap, or alcohol
Those temperatures and construction details come from the current product listing. They are starting points, not independently verified guarantees for every filament brand, first-layer profile, or model footprint.
Short answer: what does it actually fit?
This specific 355 x 346 mm listing is for the Bambu Lab H2D/H2S large-bed family. It should not be confused with smaller CryoGrip Pro plates sold for the X1, P1, A1, or A1 Mini families. Similar product names do not make the sheet dimensions interchangeable.
Before ordering, confirm that the Amazon title still names your exact printer and still shows the 355 x 346 mm size. Listings can change, and the correct physical outline matters more than the shared CryoGrip branding.
H2D and H2S compatibility: the checks that matter
A plate can be the right outer size and still need the correct slicer and machine setup. After installing it, verify the plate sits flat against the magnetic bed, clears the alignment features, and does not trap debris underneath. Then select the most appropriate plate profile available for your printer and run a small first-layer check before committing to a large part.
Do not assume a profile written for a different CryoGrip size or another Bambu family is automatically correct. The safe compatibility sequence is physical fit, clean seating, correct profile, then a small adhesion test.
What materials does the Glacier surface support?
BIQU lists PLA, PETG, ABS, PA, and other filaments. Its published starting ranges are 45-55 C for PLA, 60-70 C for PETG, and 100 C for ABS. Treat those values as surface guidance rather than fixed recipes. Enclosure temperature, filament formulation, first-layer speed, part footprint, and slicer profile can all change the useful setting.
- PLA: the listed 45-55 C range provides a low-to-moderate heat starting lane.
- PETG: the listed 60-70 C range is more conventional, but release should be tested because PETG can bond aggressively to some surfaces.
- ABS: the listing calls for 100 C, so full-bed heating and safe plate handling matter more than they do with PLA.
- PA/nylon: BIQU lists compatibility, but nylon behavior varies widely. A dry spool and a material-specific first-layer test remain essential.
Glacier vs Frostbite: do not treat the names as interchangeable
The product listing explicitly notes that Glacier does not provide as much PLA and PETG adhesion as Frostbite. That is useful, unusually specific guidance. Glacier is the more balanced surface when you want grip without maximizing hold at every cost; Frostbite is the stronger-adhesion lane for PLA and PETG.
That distinction also affects release. More adhesion is not automatically better if large parts become difficult to remove or the workflow depends on quick plate turnover. The CryoGrip Pro Glacier vs stock H2D plate comparison covers the ownership tradeoff rather than only the first layer.
What double-sided fine texture changes
Both sides are described as fine-textured printing surfaces, so the plate can be rotated when one face needs cleaning or cooling. A fine texture leaves a surface pattern on the bottom of the part, but it is subtler than a heavily textured sheet. That makes bottom-finish preference part of the compatibility decision, not just printer fit.
Double-sided does not mean maintenance-free. Keep both faces clean and avoid placing a contaminated face against the magnetic bed. Debris under a spring-steel sheet can create local height errors that look like calibration problems.
Seven-layer coating and honeycomb handle claims
BIQU describes the Glacier surface as a seven-layer cobalt-oxide coating stack built from a base plate, base coat, intermediate coating, and top coat. The listing positions that stack around impact resistance, corrosion resistance, and resistance to coating peel during repeated flexing. Those are manufacturer claims rather than an independent lifetime test, so the useful takeaway is the intended construction, not a promise that the coating cannot wear.
The honeycomb handle is described as isolating the grip area from the heated print zone. BIQU says the handle remains slow enough to touch even with the bed at 100 C. Treat that as a design claim, not permission to grab a just-heated plate without checking it. Plate edges, the printed part, and nearby areas can still be hot.
How to remove prints without damaging the surface
- Let the plate and part cool enough for safe handling.
- Remove the spring-steel sheet from the magnetic bed.
- Flex it gently and evenly instead of prying under the model with a sharp metal tool.
- If the model remains unusually stuck, BIQU suggests placing the plate in a freezer for ten minutes before trying again.
Freezer assistance should be an occasional release tactic, not the default routine. If every print needs extreme bending or chilling, review the material, plate profile, bed temperature, and first-layer squish.
Cleaning and care
The listing says water, soap, or alcohol can restore adhesion. For routine care, use a clean lint-free cloth and avoid transferring skin oils back onto the print area. When adhesion changes suddenly, a thorough soap-and-water wash often reveals whether the problem is contamination rather than the plate itself.
Avoid aggressive scraping and abrasive cleaners unless BIQU specifically approves them for this exact coating. Also inspect both the plate underside and the magnetic bed before reinstalling the sheet.
Who should buy this plate?
- H2D or H2S owners who need the exact 355 x 346 mm large-format sheet
- makers who want a double-sided fine-textured spare rather than depending on one stock plate
- PLA and PETG users who want a more balanced Glacier grip lane instead of Frostbite's stronger hold
- owners who value plate rotation, easier workflow reset, and another ready surface for long jobs
If those needs match your setup, check the current BIQU CryoGrip Pro Glacier listing and price on Amazon. The best spare plate guide for H2D owners gives the shorter buying recommendation.
Who should skip it?
- owners of smaller Bambu printers that use different plate dimensions
- new H2D/H2S owners whose stock plate works well and who do not need a spare
- buyers who specifically want Frostbite's stronger PLA/PETG adhesion
- people trying to solve wet filament, poor calibration, or a wrong plate profile with a hardware purchase
Bottom line
The specification that matters first is fit: 355 x 346 mm for the Bambu Lab H2D/H2S family. After that, the CryoGrip Pro Glacier offers a double-sided fine-textured spring-steel surface, listed starting temperatures for PLA, PETG, and ABS, a seven-layer coating design, and a flex-to-release workflow.
Its most important limitation is also stated plainly by BIQU: Glacier has less PLA and PETG adhesion than Frostbite. Choose it as a balanced large-format spare surface, not as a universal cure for every first-layer problem.
Common questions
What size is the BIQU CryoGrip Pro Glacier plate for H2D and H2S?
The current listing specifies 355 x 346 mm.
Does this plate fit Bambu X1, P1, A1, or A1 Mini printers?
No. Those printer families use other plate sizes. Buy the listing that names your exact printer rather than relying on the shared CryoGrip Pro name.
What bed temperature does BIQU list for PLA?
BIQU lists 45-55 C for PLA on this Glacier plate.
What bed temperature does BIQU list for PETG and ABS?
The current listing gives 60-70 C for PETG and 100 C for ABS.
Is Glacier or Frostbite better for PLA and PETG adhesion?
BIQU's own listing says Glacier adhesion is not as strong as Frostbite for PLA and PETG. Glacier is the more balanced lane; Frostbite is the stronger-hold choice.
How should a stuck print be removed?
Let the plate cool, remove it, and flex the spring steel gently. BIQU suggests ten minutes in a freezer if the print remains unusually stuck.