. Canadian forest industries January-June 1913. Lumbering; Forests and forestry; Forest products; Wood-pulp industry; Wood-using industries. 64 CANADA LUMBERMAN AND WOODWORKER CURRENT LUMBER PRICES â Continued No. 2 Moulding 5/4 47 00 No. 2 Moulding 6/4 47 00 No. 2 Moulding S/4 47 00 No. 1 Barn 1 x 12 40 00 No. 1 Ham 1x6 and S 34 00 No. 1 liarn 1 x 10 36 00 No. "J Barn 1 x 6 and S 30 00 No. 2 liarn 1 x 10 32 00 No. 3 Barn 1x6 and 8 23 00 No. 3 Barn 1 x 10 25 00 Box 1x6 and up 22 00 Box 1 x 10 23 00 Box 1 x 12 ' 25 00 Box 1 x 13 and up 30 00 The following quotations on hardwoods re- presen
. Canadian forest industries January-June 1913. Lumbering; Forests and forestry; Forest products; Wood-pulp industry; Wood-using industries. 64 CANADA LUMBERMAN AND WOODWORKER CURRENT LUMBER PRICES â Continued No. 2 Moulding 5/4 47 00 No. 2 Moulding 6/4 47 00 No. 2 Moulding S/4 47 00 No. 1 Barn 1 x 12 40 00 No. 1 Ham 1x6 and S 34 00 No. 1 liarn 1 x 10 36 00 No. "J Barn 1 x 6 and S 30 00 No. 2 liarn 1 x 10 32 00 No. 3 Barn 1x6 and 8 23 00 No. 3 Barn 1 x 10 25 00 Box 1x6 and up 22 00 Box 1 x 10 23 00 Box 1 x 12 ' 25 00 Box 1 x 13 and up 30 00 The following quotations on hardwoods re- present the jobber buying price at Buffalo and Tonawanda : MAPLE Is & 2s No. 1 Com. No. 2 Com. 4/4 33 - 37 23 - 27 17 - 20 5/4 to S/4 36 - 40 25 - 30 17 - 20 10/4 to 12/4 45 - 48 35 - 38 22 - 25 16/4 49 - 52 39 - 42 BIRCH 4/4 38 - 40 28 - 30 18 - 20 5/4 to 8/4 39 - 42 29 - 32 19 - 23 SOFT ELM 4/4 40 - 42 30 - 32 5 4 to S/4 42 - 44 32 - 34 10 4 to 16/4 44 - 46 34 - 36 20 - 22 BASSWOOD 4/4 40 - 42 30 - 32 20 5/4 to S/4 43 - 45 32 - 35 23 OAK 4/4 5S - 62 36 - 40 22 5/4 to 8/4 60 - 64 38 - 42 24 ASH, WHITE AND BROWN 4/4 4S - 52 32 - 34 22 22 25 28 30 26 5/4 to 8/4 60 10/4 and up 77 65 80 38 - 40 55 - 60 BOSTON, MASS. White pine uppers, 1 to 2 in. 100 00 Selects, 1 to 2 inch 90 00 Fine common, 1 in 72 00 Fine common, l'A to 2 in. .. 74 00 75 00 No. 1 Cuts 1 in 45 00 No. 1 Cuts 154 to 2 in 58 00 60 00 friction test yourself. HERE is an easy way to compare the pulling qualities of a Cling-Surface-treated belt with those of an untreated belt. Select some good clean surface, take belts that have seen equal service, load slightly as shown and with contact side down. Be sure that the surface of the weight in contact with belt is perfectly flat. You will find an astonishing differ- ence in pull required to make the treated and untreated belts slip. After this test has convinced that there must be something in the claims for Cling-Surface, and that Cling-Surface makes belts pull without maki
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