product · source-backed review
Low-temperature H Blowing Agent
The supplied manual describes a compound H grade for medium/low-temperature applications requiring rapid decomposition.
Discuss this requirement
What this grade is designed to evaluate
The supplied manual describes a compound H grade for medium/low-temperature applications requiring rapid decomposition.
The manual describes lower temperature and odour relative to H, but provides no comparative test method or finished-product data. No quantitative odour improvement is promised; the NH-10 naming equivalence is not assumed.
Application direction and selection conditions
Evaluate the supplied low-temperature H grade where its release behaviour fits the actual material and processing window.
Provide the exact compound, cure system, actual material temperature, residence time and target cells. A material name alone is not sufficient to establish suitability. Finished-part performance must be verified on the customer’s formulation and equipment.
Values in the supplied model manual
Reference values below belong only to Low-temperature H. They are not a current batch certificate; methods, revision and acceptance limits need confirmation.
| Property | Manual reference | Status |
|---|---|---|
| Appearance | Yellow powder | Manual description |
| Decomposition temperature | 160–180 °C | Method/revision pending |
| Fineness | 6–10 μm | Size definition pending |
| Gas yield | 160 ± 5 ml/g | Test conditions pending |
| Packaging | 25 kg, lined carton or kraft bag | Confirm actual order |
Pending confirmation Current TDS/SDS/COA, test methods and batch acceptance criteria remain pending; do not transfer these values to another model.
Keep gas release aligned with the process
The manual describes lower temperature and odour relative to H, but provides no comparative test method or finished-product data. No quantitative odour improvement is promised; the NH-10 naming equivalence is not assumed.
Record the formulation, cure/crosslinking system, dispersion, actual material temperature, pressure, residence time and cooling. No universal dose, reduction in odour, weight saving or mechanical-property guarantee is assigned to this grade.
Compare a baseline, a replacement and an optimised trial
- Current baseline: keep the existing compound, blowing agent, dosage and process; record the current result.
- Direct replacement: change only the candidate blowing agent to distinguish the grade effect.
- Optimised condition: review temperature, time, line speed, pressure or cooling within the customer’s permitted range.
- Alternative route: compare a second grade or a compound route where the evidence supports it.
Record density, cell distribution, shrinkage, colour, mechanical properties, odour and process stability. The customer’s finished-part specification determines acceptance.
Request the documents for the actual grade
- TDS
- Specification, method and revision for the selected model.
- SDS
- Handling, storage and transport information for the actual product.
- COA
- Results for the supplied batch, separate from general brochure values.
Pending confirmation Current model-specific TDS/SDS/COA and applicable original reports are not attached to this preview. No certificate or download button is fabricated.
Packaging, storage and handling
The supplied manual lists a 25 kg pack with an inner plastic liner, in a carton or kraft paper bag. Confirm the order’s pack format and destination requirements separately.
Its storage note calls for a cool, dry place away from sparks, fire and heat. Use the current grade-specific SDS for safety instructions, emergency measures and transport classification. The manual is not a replacement for that document.
Pending confirmation Shelf life, MOQ, dispatch time, pallet/loading plan and current transport classification require order-specific confirmation.
Questions for a model-specific trial
Can another grade use the same parameters?
No. Keep the model, manual, batch and test method together; run a controlled comparison for a replacement.
What should the trial compare?
Density, cells, surface, dimensions, mechanics, odour/chemical requirements and process stability against the current baseline.
Discuss Low-temperature H for your compound
Share the actual material and process, current issue, target properties, quantity and destination.
Ask about Low-temperature H