Product Specification Sheet – Guangdong Hico New Materials Technology Co., Ltd

📐 Mesh Size Conversion Note: Mesh size indicates the number of openings per inch of screen. Relationship to particle size: Mesh ≈ 14832 / D50(μm). Range values are converted using the median; values with “≤” use that value. All results are rounded to the nearest integer as approximate mesh sizes for reference only.

Mesh Size	Particle Size (μm)	Mesh Size	Particle Size (μm)	Mesh Size	Particle Size (μm)
10	1700	90	160	400	38
20	830	100	150	500	25
30	550	120	120	600	23
40	380	150	106	800	18
50	270	180	80	1000	13
60	250	200	75	1340	10
70	212	250	58	2000	6.5
75	200	300	48	5000	2.6
80	180	325	45	8000	1.6

This table uses the industrial constant 14832, adjusted for wire diameter (approx. 42%)

Modified Aluminum Hydroxide (ATH)

Modification Type	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)
Vinyl Modified	ATH-1	≥97	0.8–2.0	~9000	3.0–5.0	18–35	≤0.5
	ATH-2	≥97	0.8–2.0	~9000	3.0–5.0	18–35	≤0.5
	ATH-2A	≥97	0.8–2.5	~8900	3.0–5.0	18–35	≤0.5
	ATH-5B	≥93	4.5–6.5	~2660	11.5–15.5	15–30	≤0.5
	ATH-08C	≥96	5.0–8.5	~2230	18.5–25.5	10–20	≤0.5
	ATH-10	White	≤13.5	≥1099	≤28.5	10–20	≤0.5
Stearic Acid Modified	ATH-3	≥97	0.9–3.8	~6500	2.8–4.8	15–30	≤0.5
Alkyl Modified	ATH-10B	≥93	≤13.5	≥1099	≤28.5	5–15	≤0.5
	ATH-10J	≥93	≤13.5	≥1099	≤28.5	≤29	≤0.5
	ATH-MS1	White	1.25–2.75	~7400	3.25–5.0	28–38	≤0.5
Isocyanate Modified	ATH-6	≥93	≤13.5	≥1099	≤28.5	5–15	≤0.5
Epoxy Modified	ATH-5A	≥93	4.5–6.5	~2660	12.0–16.0	15–30	≤0.5
Epoxy Modified	ATH-10C	≥93	≤13.5	≥1099	≤28.5	10–18	≤0.5

Aluminum Hydroxide (ATH)

Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)
HY-AH-3	≥97	3.0–4.0	~4237	10.0–13.0	33–45	≤0.5
HY-AH-5	≥97	4.0–5.0	~3296	13.0–15.0	30–42	≤0.5
HY-AH-10	≥97	8.0–9.0	~1745	27.0–30.0	25–35	≤0.5
HY-AH-25	≥90	20.0–28.0	~620	/	23–32	≤0.5
HY-AH-50	≥80	46.0–54.0	~296	/	20–30	≤0.5

Modified Magnesium Hydroxide (MGH)

Modification Type	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)	Loss on Ignition (%)
Alkyl Modified	HY-MG-1A	White	2.5–4.0	~4520	5.5–7.5	20–30	≤0.5	30.22

Modification Type	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	MgO (%)	Fe₂O₃ (%)	Moisture (%)
Amino Modified	HY-MH-A1	≥92	2.5±0.5	~5933	≤10	60–64	≤0.5	≤0.5
Vinyl Modified	HY-MH-V1	≥92	2.5±0.5	~5933	≤10	60–64	≤0.5	≤0.5
Stearic Acid Modified	HY-MH-S1	≥92	2.5±0.5	~5933	≤10	60–64	≤0.5	≤0.5

Active Silica Powder (Surface-treated Quartz)

Modification Type	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)
Vinyl Modified	HY-G0-2L	Grey-white	≤17.0	≥873	≤43.0	12–22	≤0.5
Vinyl Modified	HY-GB-3	91±2	2.5–5.5	~3707	7.5–13.5	30–40	≤0.5
Epoxy Modified	HY-GA-1	88±2	8.0–10.5	~1624	20.5–28.5	22–35	≤0.5
	HY-GA-2	88±2	8.0–12.5	~1444	20.5–28.5	15–28	≤0.5
	HY-GA-3	89±2	8.0–12.5	~1444	20.5–28.5	15–28	≤0.5
Silazane Modified	HY-G0-2N	85±2	≤17.0	≥873	≤43.0	15–25	≤0.5
	HY-GA-2N	89±2	8.0–12.5	~1444	20.5–28.5	15–25	≤0.5
	HY-GA-3N2	White/Light Yellow	≤9.5	≥1561	/	≤20	≤0.5
Alkyl Modified	HY-GB-S	92±2	4.0–6.0	~2966	8.8–12.0	20–30	≤0.5
	HY-GA-2J	90±2	8.8–12.5	~1382	20.5–28.5	15–25	≤0.5
	HY-GB-1J	92±2	4.0–6.0	~2966	8.8–12.0	20–30	≤0.5
Oligomer Modified	HY-G0-2A	85±2	14–17	~980	45–60	≤25	≤0.5
Oligomer Modified	HY-GB-4	92±2	4.0–6.0	~2966	8.8–12.0	20–30	≤0.5

Ceramic Composite Powder (Ceramic Functional Filler)

Modification Type	Product Code	Color	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)
Compound Modified	CFP-3A22	White	3.0–5.0	~3707	16.0–19.0	20–28	≤0.5
	CFP-3A22Z	White	3.0–5.0	~3707	16.0–19.0	20–28	≤0.35
	CFP-3A23	White	3.0–5.0	~3707	16.0–19.0	20–28	≤0.35
Application: Solid-state ceramifiable silicone rubber
Single Modified	CFP-1Z	Grey-white	≤7.5	≥1978	≤28.0	20–28	≤0.5
Application: Suitable for solid and liquid state; requires flame retardant system

Thermal Conductive Composite Powder

Modification Type	Product Code	Color	D50 (μm)	Mesh Size	Oil Absorption (g/100g)	Moisture (%)	Viscosity (mPa·s)	Thermal Conductivity (W/(m·K))
Single Modified	TFP-120J1	White	10.56	~1404	14.1	0.07	A:42300 B:93600	1.2±0.1
Application: PU thermal structural adhesive ~1.2W, high strength; shear 15.5MPa, tensile 13.0MPa, elongation 40%
Compound Modified	TFP-100YJ2	White	18.07	~820	11	0.1	≤3500	1.0±0.1
	Application: Silicone addition/condensation 1.0W potting; epoxy 0.6W potting
	TFP-150YJ	White	12.3	~1206	7.2	0.1	≤3800	1.5±0.1
	Application: Silicone addition/condensation 1.5W potting; epoxy 1.2W potting
Compound Modified	TFP-150JJ3A	White	10.5	~1413	6.2	15–30	A:≤40000 B:≤70000	1.2±0.1
	Application: PU thermal structural adhesive ~1.2W, excellent storage stability and thixotropy
	ATH-SM08	White	8.8	~1685	14	0.1	/	0.85±0.15
	Application: Solid thermal silicone ≤1.0W
Compound Modified	TFP-300C/ATH-SM15	White	8.6	~1724	6.2	0.1	/	1.5±0.15
Compound Modified	Application: Solid thermal silicone ≥1.5W

Mica Powder

Product Name	Product Code	Color	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	pH	Moisture (%)	Loss on Ignition (%)
Air-classified Mica	HY-M1	Grey-white	20.49	~724	45.43	38–48	7.0–9.0	≤1.00	≤8.00
	HY-TM2	70±2	18.68	~794	44.8	33–55	7.0–9.0	≤1.00	≤8.00
	HY-TM8	73±2	20.49	~724	45.8	30–50	7.0–9.0	≤1.00	≤8.00
Wet-process Mica	HY-TM1	76±2	20.37	~728	46.43	28–48	5.0–8.0	≤1.00	≤8.00
Wet-process Mica	HY-TM6	77±2	6.03	~2460	15.14	30–45	7.0–9.0	≤1.00	≤8.00
Muscovite Powder	GM-2	75±2	21.51	~689	45.14	33–55	7.0–9.0	≤1.00	≤5.00
Muscovite Powder	GM-3	75±2	17.64	~841	38.12	33–55	7.0–9.0	≤1.00	≤5.00
Phlogopite Powder	GP-2	Light grey	40.34	~368	88.99	38–55	7.0–9.0	≤1.00	≤5.00
Synthetic Mica	SM-525	96.2	8.34	~1779	20.06	/	7.0–9.0	≤0.30	≤0.80

Cosmetic Mica Powder

Product Code	D50 (μm)	Mesh Size	Whiteness	Moisture (%)	pH	Bulk Density	Aspect Ratio	Pb (ppm)	As (ppm)	Hg	Cd	Sb	Ni	Asbestos
HY-CM1	12±2	~1237	≥80	≤1	6–8	<0.19	≥80	<20	<3	ND	ND	ND	ND	Negative
HY-CM5	9±2	~1648	≥85	≤1	6–8	<0.15	≥100	<5	<1	ND	ND	ND	ND	Negative
HY-HM2	20±2	~742	≥76	≤1	6–8	<0.18	≥100	<1	ND	ND	ND	ND	ND	Negative
HY-HM3	9±2	~1648	≥78	≤1	6–8	<0.15	≥100	<1	ND	ND	ND	ND	ND	Negative

Silica Powder (Quartz Powder)

Product Name	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	pH	Moisture (%)	Loss on Ignition (%)
Crystalline Silica	HY-G0	85±2	16.55	~896	42.88	15–30	7.0–9.0	≤0.50	≤0.5
	HY-G5	89±2	11.38	~1303	27.84	20–35	7.0–9.0	≤0.50	≤0.5
	HY-G7	90±2	8.54	~1736	16.85	20–35	7.0–9.0	≤0.50	≤0.5
	HY-G10	92±2	4.55	~3260	10.15	20–35	7.0–9.0	≤0.50	≤0.5
	HY-G12	92±2	2.64	~5618	5.22	30–40	7.0–9.0	≤0.50	≤0.5
Fused Silica	HY-GF	95±2	7.14	~2078	16.84	30–38	7.0–9.0	≤0.50	≤0.50
Soft Composite Silica	HY-SS05	≥90	4.0–5.0	~3296	13.0–15.0	/	/	/	/
Application: CCL, silicone rubber, LED encapsulation, modified plastics
Cristobalite Powder	HY-3000	98.4	16	~927	38	25	9	0.2	0.1
	HY-4000	98.8	6	~2472	14	28	9	0.2	0.1
	HY-6000	98.9	3.7	~4009	8.4	30	9	0.3	0.2
Application: Precision casting, jewelry investment casting, dental materials, polishing, coatings, adhesives

Spherical Silica Powder

Product Code	Whiteness	D50 (μm)	Mesh Size	Conductivity (μS/cm)	pH	Wet Sieve Residue 200M (ppm)	Sphericity (%)
HY-SSP002	≥90.00	1.5–2.5	~7416	≤20.00	4.80–7.20	≤200	≥90
HY-SSP005	≥90.00	3.0–6.0	~3296	≤5.00	4.80–7.20	≤100	≥90
HY-SSP007	≥90.00	5.0–8.0	~2261	≤5.00	4.80–7.20	≤500	≥90
HY-SSP0100	≥90.00	9.0–15.0	~1235	≤5.00	4.80–7.20	≤500	≥90
HY-SSP0200	≥90.00	18.0–25.0	~674	≤5.00	4.80–7.20	≤500	≥90
HY-SSP0300	≥90.00	28.0–35.0	~470	≤5.00	4.80–7.20	≤100	≥90
HY-SSP0400	≥90.00	36.0–44.0	~370	≤5.00	4.80–7.20	≤500	≥90

Application: Epoxy molding compound, CCL filler, electronic adhesives

Wollastonite / Modified Wollastonite

Product Name	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)	Loss on Ignition (%)	Aspect Ratio
Wollastonite	HY-W10	85±2	8.66	~1712	27.38	25–42	≤0.50	≤5.00	15–20:1
	HY-W18	83±2	18.01	~824	58.73	20–35	≤0.50	≤5.00	15–20:1
	HY-W06	90±2	5.47	~2711	20.17	25–42	≤0.50	≤5.00	15–20:1
Modified Wollastonite	WAP-1C	Grey-white	6.5–11.0	~1703	27.0–35.0	15–25	≤0.50	≤5.00	15–20:1

Talcum Powder / Modified Talcum Powder

Product Name	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)	Loss on Ignition (%)
Talcum Powder	HY-TA04	85±2	8.84	~1678	22.88	28–38	≤0.50	≤12.50
	HY-TA08	90±2	7.68	~1931	19.26	20–35	≤0.50	≤12.50
	HY-TA10	90±3	11.22	~1322	24.41	30–45	≤0.50	≤8.50
	HY-TA05	90±2	3.98	~3726	7.79	40–55	≤0.50	≤12.50
Modified Talcum	MTP-1	90±2	7.5–10.5	~1650	18.5–21.5	25–35	≤0.50	≤12.50

Attapulgite Powder

Product Code	Whiteness	Dry Sieve Residue (200M)	Color	Bulk Density	Viscosity (CPS)	Moisture (%)	pH
HY-P1	85±2	≤5	Grey-white	≤0.55	≥35000	≤15	8.0–9.8

Note: Attapulgite is a fibrous mineral. Particle size is characterized by dry sieve residue (200M); D50 mesh conversion is not applicable.

Light Diffuser (Organic Light Dispersant)

Product Name	Product Code	D50 (μm)	Mesh Size	Color	Refractive Index	Heat Resistance (℃)	Density (g/cm³)	Dosage (%)
Organic Light Diffuser	HY-OS015	1.5–1.8	~8990	Pure white spherical powder	1.43	≥400	1.3	0.5–2.0
	HY-690A	1.7	~8725	—	1.43	≥400	1.3	0.5–0.8
	HY-301	3.5	~4238	—	1.43	≥400	1.3	0.5–0.8
	HY-501	5	~2966	—	1.43	≥400	1.3	0.5–0.8
	HY-610	10	~1483	—	1.43	≥400	1.3	0.5–0.8
PMMA Light Diffuser	HY-PM04	4–4.5	~3476	—	1.49	≥250	1.18	0.5–1.0

Kaolin

Product Name	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)	Loss on Ignition (%)
Calcined Kaolin	JYCK-60	85±2	1.83	~8104	7.1	60–75	≤0.50	≤0.30
Modified Kaolin	HY-501A	84.1	4.28	~3466	13.08	20–35	≤0.20	≤5.00
Modified Kaolin	HY-801A	92	1.81	~8194	7.69	60–75	0.28	/

Aluminum Oxide (Alumina)

Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)	Loss on Ignition (%)
A-C-300-MS	85±2	55.51	~267	110.94	36	0.2	≤0.30
A-CG-300-MS	≥90	4.78	~3103	11.5	20–35	0.27	≤0.30

Spherical Alumina

Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	pH	Moisture (%)	Conductivity (μS/cm)	True Density (g/cm³)	Sphericity (%)
HY-SAP01	≥90	1.2±0.3	~12360	≤4.50	7.5±1.0	≤0.03	≤200	3.85±0.1	≥95
HY-SAP02	≥90	2.5±0.4	~5933	≤7.50	7.5±1.0	≤0.03	≤100	3.85±0.1	≥95
HY-SAP05	≥90	6.0±0.5	~2472	≤17	7.5±1.0	≤0.05	≤10	3.85±0.1	≥95
HY-SAP10	≥88	13±2	~1141	≤35	7.5±1.0	≤0.05	≤10	3.85±0.1	≥95
HY-SAP20	≥90	23±3	~645	≤50	7.5±1.0	≤0.05	≤10	3.85±0.1	≥95
HY-SAP40	≥90	50±5	~297	≤90	7.5±1.0	≤0.05	≤10	3.85±0.1	≥95
HY-SAP70	≥88	70±5	~212	≤115	7.5±1.0	≤0.05	≤10	3.85±0.1	≥95
HY-SAP90	≥88	90±5	~165	≤135	7.5±1.0	≤0.05	≤10	3.85±0.1	≥95

Water-based Bentonite

Product Code	Color	Whiteness	Moisture (%)	Colloidal Value	Swelling Rate	Fineness	Apparent Viscosity (CPS)
Clayminton LB	Off-white	≥75	≤12	≥98	>30	>98	≥7000

Note: Bentonite is characterized by swelling and rheological properties; D50 and mesh conversion are not applicable.

Organic Bentonite

Product Code	Color	Specific Gravity (g/cm³)	Sieve Passing Rate	Moisture
Clayminton72	White	1.7	≥98%	2%–4%
BP-186	Off-white	1.5–2.0	≥98%	2%–4%

Note: Organic bentonite particle size is characterized by sieve passing rate; D50 and mesh conversion are not applicable.

Barium Sulphate

Product Name	Product Code	Whiteness	D50 (μm)	Mesh Size	D90 (μm)	Oil Absorption (g/100g)	Moisture (%)	Loss on Ignition (%)
Natural Barium Sulphate	HY-A03	85±2	8.23	~1803	16.56	8–15	≤0.50	≤1.00
Natural Barium Sulphate	HY-A10	83±3	2.86	~5186	5.66	20–35	≤0.50	≤1.50
High-whiteness Natural BaSO₄	HY-AG01	≥91	1.5–2.0	~8475	3.0–5.0	10–15	≤0.50	/
	HY-AG03	≥91	3.0–3.5	~4523	6.0–8.0	8–12	≤0.50	/
	HY-AG05	≥88	5.0–6.0	~2694	10.0–15.0	8–12	≤0.50	/
Precipitated Barium Sulphate	HY-A19	≥94	1.45	~10229	3.45	10–20	≤0.50	≤1.50
	HY-A20	≥96	1.59	~9329	4.13	10–20	≤0.50	≤1.50
	HY-A22	≥96	0.71	~20890	1.2	20–30	≤0.50	≤1.50
	HY-A26	≥98	0.1	~148320	/	10–20	≤0.50	≤1.50

{{userData.name}}Verify

Product Specification