SUNACE
SUNACE
Batch B26-0322 ACE-CAS30-FG · 09 Jun 2026
July 2026 close · posted live Mon 3 Aug 2026
← Batch Traceability

B26-0322

Pass Main Store

ACE-CAS30-FG, ACE-CAS 30 FG · calcium stearate, food & kosher approved. 3,918 kg made on 09 Jun 2026 against WO-2026-0322, 401 kg still on the floor, best before 08 Jun 2028.

View certificate of analysis

The run, pallet by pallet

4 pallets off WO-2026-0322. A hold is recorded against the pallet, so the rest of the run stays sellable.

Nothing selected
Released
918 kg
Held
0 kg
Despatched
3,000 kg
Pallets
4
1 2 3 4
# Pallet label kg Status Location Note
1 B26-0322-P01 1,000 Despatched Main Store
2 B26-0322-P02 1,000 Despatched Main Store
3 B26-0322-P03 1,000 Despatched Main Store
4 B26-0322-P04 918 Released Main Store

← Backward trace

Every raw material lot consumed into this batch, and the supplier it came from. If a supplier recalls a lot, this is the list of batches it touched.

Raw material Supplier lot Supplier kg
RM-1010
Stearic acid, triple pressed, vegetable
KLK-2401805 KLK OLEO (Malaysia) Sdn Bhd 3,296
RM-2010
Calcium hydroxide, technical, low iron
RED-2602583 Redox Pty Ltd 664
RM-6040
Precipitated silica, anti-caking
SIB-2511792 Sibelco Australia Ltd 40
Charged into the batch 4,000 kg

Forward trace →

Every despatch this batch went out on. If a customer raises a complaint against a batch number, this is who else received it.

Sales order Customer Despatched kg
SO-01011 Akzo Nobel Pty Ltd
Sunshine VIC
14 Jun 2026 2,534
SO-01022 Blackmores Ltd
Warriewood NSW
27 Jun 2026 511
SO-00999 Gale Pacific Ltd
Braeside VIC
13 Jun 2026 174
Despatched · remaining 3,219 · 401 kg

Release record · Food-contact & kosher release

Tested 10 Jun 2026 by Karen Doust. Adds heavy metals and appearance against the retained standard. Vegetable origin declared BSE free.

Pass
Yield 99.40 % 97.5-100
Peak temperature 136.0 °C 128-142
Metal content 6.70 % 6.2-7.4
Moisture 0.58 % 0-1.5
Heavy metals 1.2 ppm 0-10
Assay 99.84 % 98-101.5
Appearance vs standard Pass visual
Sieve residue 75 µm 0.11 % 0-0.5