Table 5.

Halloysite nanotubes-polymer nanocomposites in technology.

Reference	Matrix	HNTs (wt %)	Process	Results of Nanocomposites
				HNTs’ Modification	Property	±%
[82]	PP	5	Injection molding (internal)	Untreated HNTs	Tm	−2
				HNTs modified DBMI		−1
				HNTs modified HEDA		−2
				HNTs modified Silane		+0.06
				HNTs modified urea		+2
				Untreated HNTs	XC	−11
				HNTs modified DBMI		−6
				HNTs modified HEDA		−6
				HNTs modified Silane		+22
				HNTs modified urea		−51
				Untreated HNTs	Tensile strength	+1
				HNTs modified HEDA		+1
				HNTs modified Silane		−2
				HNTs modified urea		+1
				Untreated HNTs	Young′s modulus	+7
				HNTs modified HEDA		+15
				HNTs modified Silane		+12
				HNTs modified urea		+8
[85]	PP	0–8	Injection molding (extruder)		TC	+6
					DSC (cooling)	+5
					DSC (melting)	+3
					XC	+23
					TGA (weight loss)	+1
[88]	PP	1–10 phr	Injection molding (extruder)		Tensile strength	+23
[9]	PP	0–30 phr	Injection molding (extruder)		TGA (weight loss)	+8
[20]	EPDM	0–100 phr	Compound mold	M459	Tensile strength	+809
				M63	Elongation at break	+306
[21]	EPDM	0–100 phr	Compound mold		Tensile strength	+874
					Elongation at break	+306
[13]	xSBR	0–30 phr	Compound mold (co-coagulated)		Tensile strength	+53
					Elongation at break	−33
					Shore hardness	+45
[33]	EP	0–10	Casting		Tg	+11
					Tensile strength	−3
[84]	EP	0–10			Tg	−1
					Tensile strength	+8
[72]	PA6	0–6	Injection molding (extruder)		DSC (cooling)	+14
					TC	+13
					XC	+22
					Tg	+9
					Tensile strength	+30
[19]	PA6	0–10 phr	Injection molding (extruder)		XC (Cooling at 40 °C/min)	+48
[59]	PA6	0–30	Compound molding (extruder)		Tg	+2
					TC	−1
					XC	+8
[69]	PA12	0-10	Compression molding		TGA (weight loss)	+2
[8]	PS	0–5	Injection molding		DSC	−7
					TGA (weight loss)	+7
[57]	Starch	0-8	Injection molding (extruder)	M29	Tensile strength	+29
[31]	PSt	0–9	Casting	PEG	Tensile strength	+59
[73]	PHBV	0–5	Injection molding (extruder)		XC	+11
					TC	+2
					Tensile strength	+3
					Tm	+2
					XC	+11
[79]	PBS	0–7			Tensile strength	+7